In the rapidly evolving landscape of healthcare, efficiency and accuracy in Revenue Cycle Management (RCM) are paramount. Specialized medical staff bring expertise to specific areas of patient care medical office staffing psychiatrist. One of the pivotal components in this process is medical coding, which plays an indispensable role in ensuring that healthcare providers receive timely and accurate compensation for their services. As we delve into the significance of medical coding within RCM, especially through the lens of cloud-based platforms, it becomes clear how these technologies are revolutionizing the industry.
Medical coding is essentially the translation of healthcare diagnoses, procedures, and equipment into universal codes. These codes are crucial for billing patients and third-party payers such as insurance companies. Accurate coding ensures that healthcare providers are reimbursed correctly for their services while minimizing claim denials and payment delays. Inaccurate or incomplete coding can lead to significant revenue losses, compliance issues, and even legal challenges.
The advent of cloud-based platforms has transformed how medical coding is integrated into RCM processes. Traditional systems often required substantial on-premises infrastructure and were prone to errors due to manual input processes. Cloud-based platforms offer a more streamlined approach by providing real-time data access, enhanced collaboration tools, and automated workflows that significantly reduce human error.
These platforms facilitate seamless integration with electronic health records (EHRs), allowing coders to access patient information swiftly and accurately. This integration not only enhances the accuracy of code assignments but also accelerates billing cycles by reducing the time spent on administrative tasks. Furthermore, cloud-based systems leverage advanced technologies like artificial intelligence and machine learning to predict potential coding errors or inconsistencies before claims submission, thus minimizing rejections.
Another critical advantage of cloud-based RCM platforms is scalability. Healthcare organizations can easily scale their operations without investing heavily in additional hardware or IT resources. This flexibility is particularly beneficial for smaller practices or those experiencing rapid growth, as they can adapt quickly to changing demands without compromising on efficiency or accuracy.
Moreover, cloud-based solutions enhance security measures by employing robust encryption protocols and regular updates to protect sensitive patient data against cyber threats-a growing concern in today's digital age. Compliance with regulations such as HIPAA is also more straightforward when using reputable cloud services that are designed with these standards in mind.
In conclusion, medical coding is a cornerstone of effective Revenue Cycle Management within healthcare organizations. The integration of cloud-based platforms amplifies its importance by offering enhanced accuracy, efficiency, scalability, and security. As technology continues to advance at a rapid pace, embracing these modern solutions will be essential for healthcare providers aiming to optimize their revenue cycles while maintaining high standards of patient care and compliance.
In the rapidly evolving landscape of healthcare, the adoption of cloud-based solutions has become a pivotal factor in streamlining various processes, particularly in revenue cycle management (RCM). Among these, medical coding stands out as an area that greatly benefits from the integration of cloud technology. The shift to cloud-based platforms for medical coding not only enhances efficiency but also ensures accuracy and compliance, ultimately contributing to a more robust RCM system.
One of the primary advantages of using cloud-based solutions in medical coding is their ability to improve accessibility and collaboration. Traditional systems often require coders to be physically present at specific locations with dedicated hardware. In contrast, cloud platforms enable remote access from anywhere with internet connectivity. This flexibility allows healthcare organizations to tap into a broader pool of skilled coders, fostering collaboration across different geographical locations. Moreover, it facilitates real-time updates and seamless communication between team members, thereby enhancing productivity and reducing errors.
Another significant benefit is the scalability offered by cloud-based solutions. As healthcare facilities expand or face fluctuating demands, they need systems that can easily scale up or down without compromising performance. Cloud platforms are inherently scalable, allowing organizations to adjust their resources according to current needs without incurring excessive costs on infrastructure. This adaptability is crucial in managing peak times efficiently while maintaining optimal operational standards.
The integration of advanced technologies such as artificial intelligence (AI) and machine learning within cloud-based medical coding platforms further amplifies their value. These technologies can automate routine tasks like data entry and error detection, which reduces human workload and minimizes the likelihood of mistakes. AI-powered analytics provide actionable insights into coding patterns and trends, empowering healthcare providers to make informed decisions that enhance both financial outcomes and patient care.
Compliance with regulatory standards is another critical aspect where cloud solutions excel. Healthcare regulations are complex and continually evolving, necessitating constant updates and adjustments in coding practices. Cloud platforms ensure that all users have access to the latest regulatory changes automatically, thus mitigating risks associated with non-compliance. Additionally, robust security measures inherent in reputable cloud services protect sensitive patient information from breaches or unauthorized access.
Cost-effectiveness is yet another compelling reason for embracing cloud technology in medical coding. By eliminating the need for extensive physical infrastructure and reducing maintenance expenses associated with traditional systems, healthcare organizations can allocate resources more strategically towards improving patient services and other core activities.
In conclusion, as healthcare continues its digital transformation journey, embracing cloud-based solutions for medical coding emerges as an indispensable strategy within revenue cycle management. The enhanced accessibility, scalability, automation capabilities, compliance assurance, and cost efficiencies provided by these platforms contribute significantly towards achieving improved operational excellence. For healthcare providers aiming to stay competitive while delivering high-quality care amidst ever-growing complexities-cloud adoption becomes not just beneficial but essential.
In today's rapidly evolving healthcare landscape, cloud-based medical coding platforms have emerged as indispensable tools for enhancing revenue cycle management. These platforms provide a seamless integration of technology and healthcare services, enabling organizations to achieve optimal efficiency and accuracy in their financial operations. To truly harness the benefits of these systems, it is crucial to understand the key features that make them effective.
Firstly, scalability stands out as a fundamental feature of cloud-based medical coding platforms. As healthcare facilities expand or face fluctuating demands, a scalable platform ensures they can adapt without compromising performance or efficiency. This flexibility allows organizations to manage increased volumes of data and transactions effortlessly, ensuring that their revenue cycle processes remain robust regardless of size or demand fluctuations.
Another critical feature is real-time data access and analytics. Cloud-based platforms offer immediate access to patient data and coding information from any location with an internet connection. This capability not only enhances decision-making but also facilitates prompt billing and claims processing. The inclusion of advanced analytics tools further empowers healthcare providers by offering insights into trends, potential issues, and areas for improvement within their revenue cycles.
Interoperability is also a defining characteristic of effective cloud-based medical coding solutions. In an environment where various systems-such as electronic health records (EHRs), billing software, and practice management tools-are in use, seamless integration is paramount. By supporting interoperability, these platforms ensure smooth data flow across disparate systems, reducing errors and streamlining workflows.
Security remains a top priority when dealing with sensitive patient information. Robust security measures are essential features of any cloud-based medical coding platform. By employing encryption protocols, multi-factor authentication, and regular security audits, these platforms protect against unauthorized access and breaches while maintaining compliance with regulations such as HIPAA.
User-friendly interfaces are another hallmark of successful cloud-based medical coding solutions. An intuitive design minimizes the learning curve for staff members while maximizing productivity. Features such as customizable dashboards and automated workflows allow users to tailor the platform to fit their specific needs without extensive technical knowledge.
Lastly, continuous updates and support play a vital role in ensuring the effectiveness of these platforms. The ever-changing nature of healthcare regulations necessitates regular updates to keep coding practices current. A reliable support system aids users in troubleshooting issues promptly, preventing disruptions in revenue cycle management processes.
In conclusion, cloud-based medical coding platforms represent a significant advancement in optimizing revenue cycle management for healthcare providers. Their scalability, real-time data access, interoperability, strong security measures, user-friendly interfaces, and reliable support are key features that contribute to their effectiveness. By leveraging these attributes thoughtfully, healthcare organizations can enhance their financial operations while delivering high-quality care to patients.
Implementing cloud solutions for medical coding within the realm of Revenue Cycle Management (RCM) presents both opportunities and challenges that healthcare organizations must navigate carefully. As the healthcare industry increasingly shifts towards digitalization, cloud-based platforms offer significant advantages such as scalability, cost-efficiency, and enhanced data accessibility. However, these benefits come with a set of challenges and considerations that must be addressed to ensure successful implementation and operation.
One primary challenge in adopting cloud solutions for medical coding is ensuring data security and patient privacy. Healthcare organizations handle sensitive patient information, which makes them attractive targets for cyberattacks. Therefore, it is crucial to implement robust security measures such as encryption, multi-factor authentication, and regular security audits to protect patient data from unauthorized access. Compliance with regulations like HIPAA in the United States adds another layer of complexity to managing these systems securely.
Another consideration is the integration of cloud platforms with existing legacy systems. Many healthcare facilities operate on outdated infrastructure that is not inherently compatible with modern cloud solutions. This necessitates careful planning and potentially significant investment in overhauling IT systems or creating middleware that can bridge the gap between old and new technologies without disrupting day-to-day operations.
Moreover, there is a need for staff training and change management strategies to facilitate a smooth transition to cloud-based systems. Employees accustomed to traditional methods may resist changes or feel overwhelmed by new software interfaces and processes. Ongoing training programs are essential to equip staff with the skills needed to effectively utilize new technology while alleviating concerns about job displacement due to automation.
Cost considerations also play a critical role in decision-making related to cloud adoption. While cloud-based solutions often reduce upfront capital expenditures compared to on-premises alternatives, they introduce variable costs tied to usage levels. Organizations must perform thorough cost-benefit analyses considering factors like subscription fees, potential savings from improved efficiency, and any hidden costs associated with migration or unforeseen technical issues.
Interoperability is another significant concern when implementing cloud solutions in medical coding for RCM purposes. Ensuring seamless communication between different software applications-such as Electronic Health Records (EHR), billing systems, and other administrative tools-is vital for optimizing workflow efficiency across departments within an organization.
Lastly, choosing the right vendor can influence success significantly since each provider offers varying features tailored towards specific needs within healthcare environments; therefore conducting rigorous evaluations during vendor selection processes helps minimize risks associated with future dissatisfaction regarding support services offered post-implementation phase thereby ensuring long-term satisfaction among users engaged daily interacting via chosen platform(s).
In conclusion: While implementing cloud-based platforms offers numerous benefits by enhancing operational efficiencies around revenue cycle management especially concerning medical coding practices addressing inherent challenges surrounding security concerns & regulatory compliance alongside navigating complexities tied into integrating existing infrastructures remain critically important components underpinning successful deployment initiatives aimed at achieving desired outcomes amidst evolving technological landscapes shaping contemporary healthcare ecosystems globally today!
In recent years, the healthcare industry has witnessed a profound transformation with the integration of cloud-based platforms into various aspects of its operations. One area where this technological shift has had a significant impact is in revenue cycle management (RCM), particularly through the implementation of cloud-based medical coding systems. This essay delves into case studies that highlight successful implementations, demonstrating the benefits and challenges associated with these innovative solutions.
Medical coding, the process of translating healthcare diagnoses, procedures, medical services, and equipment into universal codes, is a crucial component of RCM. Accurate coding ensures proper billing and reimbursement from insurance companies and patients. Traditional methods often involve manual processes prone to errors and inefficiencies. However, cloud-based medical coding systems promise enhanced accuracy, streamlined operations, and improved financial outcomes.
One notable case study involves a large hospital network in California that implemented a cloud-based coding system to address its burgeoning administrative costs and error rates in billing. Prior to adopting this technology, the hospital struggled with delayed reimbursements due to frequent coding errors and inefficient data management practices. By transitioning to a cloud-based platform, they were able to centralize their coding processes across multiple locations. The system's real-time updates ensured that coders had access to the latest code sets and regulatory guidelines at their fingertips. This reduced discrepancies in claims submissions significantly improved their claim acceptance rate by nearly 20% within the first year.
Another exemplary case comes from a medium-sized private clinic in Texas specializing in orthopedics. Facing challenges with high staff turnover rates among coders and lengthy training periods for new hires, the clinic opted for a cloud-based solution that incorporated machine learning algorithms for suggesting accurate codes based on clinical documentation inputs. This not only expedited new employee onboarding but also maintained consistency in coding practices regardless of staff changes. Consequently, the clinic experienced faster billing cycles and saw an increase in revenue capture by approximately 15%.
Despite these successes, implementing cloud-based medical coding systems is not devoid of challenges. Data security remains a top concern given the sensitive nature of patient information being handled on digital platforms. Healthcare organizations must ensure compliance with regulations such as HIPAA to safeguard against potential breaches or unauthorized access.
Moreover, transitioning from legacy systems requires careful planning and resource allocation for training staff on new technologies while maintaining day-to-day operations uninterruptedly during initial phases post-implementation.
In conclusion, these case studies underscore how cloud-based platforms can revolutionize revenue cycle management through more efficient medical coding practices when executed effectively amidst careful consideration towards mitigating associated risks like data privacy concerns during migration processes from traditional setups towards modernized infrastructures leveraging advanced computing capabilities offered via clouds today."
The ever-evolving landscape of technology continues to transform industries across the globe, and the healthcare sector is no exception. Among the myriad advancements, cloud-based platforms for revenue cycle management (RCM) stand out as a pivotal force poised to revolutionize medical coding and billing practices. As we peer into the future of cloud technology in healthcare, it becomes evident that these platforms are not just a passing trend but a cornerstone for efficient and accurate financial operations.
In an era where data reigns supreme, the integration of cloud-based RCM systems offers unparalleled advantages. These platforms provide real-time access to patient information, billing codes, and insurance details from any location with internet connectivity. This accessibility ensures that medical coders can work collaboratively across different geographical locations without being tethered to physical offices or on-premises servers. The agility offered by cloud solutions means faster processing times, fewer errors, and ultimately quicker reimbursements-a critical factor in maintaining the financial health of medical institutions.
Moreover, cloud technology enhances data security and compliance with industry regulations such as HIPAA (Health Insurance Portability and Accountability Act). Cloud service providers employ robust encryption protocols and regularly update their systems to protect sensitive patient information from breaches or cyberattacks. These measures offer peace of mind to healthcare providers who are constantly under scrutiny for data protection.
Artificial intelligence (AI) integrated within cloud-based RCM platforms is another promising trend that holds immense potential for transforming medical coding. AI algorithms can analyze vast datasets swiftly and accurately, identifying patterns or anomalies that human eyes might miss. This capability not only streamlines coding processes but also aids in minimizing errors that could lead to claim denials or audits.
Furthermore, predictive analytics powered by AI can forecast trends in patient flow, resource allocation, or potential revenue bottlenecks-allowing healthcare administrators to make informed decisions proactively rather than reactively. The synergy between AI and cloud technology thus paves the way for more strategic planning and improved financial outcomes.
Additionally, scalability is a hallmark benefit of cloud-based solutions. As healthcare organizations grow or experience fluctuations in demand-as seen during public health crises-the ability to scale resources up or down seamlessly ensures continuous operation without compromising quality or efficiency. This adaptability is invaluable in an industry where change is constant yet unpredictable.
However, as organizations transition towards these advanced systems, challenges must be addressed thoughtfully. Data migration from legacy systems can be complex; hence strategic planning is crucial to ensure seamless integration with minimal disruption to day-to-day operations. Training staff on new technologies will also be essential-fostering an environment where employees are comfortable leveraging digital tools effectively.
In conclusion, future trends in cloud technology present exciting opportunities for enhancing revenue cycle management within healthcare settings through increased efficiency, accuracy enhancement via AI capabilities coupled with robust security measures-all leading toward more sustainable financial models while ensuring high standards of patient care remain paramount amidst technological advancements shaping tomorrow's landscape today!
This article needs additional citations for verification. (December 2013)
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Bookkeeping is the recording of financial transactions, and is part of the process of accounting in business and other organizations.[1] It involves preparing source documents for all transactions, operations, and other events of a business. Transactions include purchases, sales, receipts and payments by an individual person, organization or corporation. There are several standard methods of bookkeeping, including the single-entry and double-entry bookkeeping systems. While these may be viewed as "real" bookkeeping, any process for recording financial transactions is a bookkeeping process.
The person in an organisation who is employed to perform bookkeeping functions is usually called the bookkeeper (or book-keeper). They usually write the daybooks (which contain records of sales, purchases, receipts, and payments), and document each financial transaction, whether cash or credit, into the correct daybook—that is, petty cash book, suppliers ledger, customer ledger, etc.—and the general ledger. Thereafter, an accountant can create financial reports from the information recorded by the bookkeeper. The bookkeeper brings the books to the trial balance stage, from which an accountant may prepare financial reports for the organisation, such as the income statement and balance sheet.
The origin of book-keeping is lost in obscurity, but recent research indicates that methods of keeping accounts have existed from the remotest times of human life in cities. Babylonian records written with styli on small slabs of clay have been found dating to 2600 BC.[2] Mesopotamian bookkeepers kept records on clay tablets that may date back as far as 7,000 years. Use of the modern double entry bookkeeping system was described by Luca Pacioli in 1494.[3]
The term "waste book" was used in colonial America, referring to the documenting of daily transactions of receipts and expenditures. Records were made in chronological order, and for temporary use only. Daily records were then transferred to a daybook or account ledger to balance the accounts and to create a permanent journal; then the waste book could be discarded, hence the name.[4]
The primary purpose of bookkeeping is to record the financial effects of transactions. An important difference between a manual and an electronic accounting system is the former's latency between the recording of a financial transaction and its posting in the relevant account. This delay, which is absent in electronic accounting systems due to nearly instantaneous posting to relevant accounts, is characteristic of manual systems, and gave rise to the primary books of accounts—cash book, purchase book, sales book, etc.—for immediately documenting a financial transaction.
In the normal course of business, a document is produced each time a transaction occurs. Sales and purchases usually have invoices or receipts. Historically, deposit slips were produced when lodgements (deposits) were made to a bank account; and checks (spelled "cheques" in the UK and several other countries) were written to pay money out of the account. Nowadays such transactions are mostly made electronically. Bookkeeping first involves recording the details of all of these source documents into multi-column journals (also known as books of first entry or daybooks). For example, all credit sales are recorded in the sales journal; all cash payments are recorded in the cash payments journal. Each column in a journal normally corresponds to an account. In the single entry system, each transaction is recorded only once. Most individuals who balance their check-book each month are using such a system, and most personal-finance software follows this approach.
After a certain period, typically a month, each column in each journal is totalled to give a summary for that period. Using the rules of double-entry, these journal summaries are then transferred to their respective accounts in the ledger, or account book. For example, the entries in the Sales Journal are taken and a debit entry is made in each customer's account (showing that the customer now owes us money), and a credit entry might be made in the account for "Sale of class 2 widgets" (showing that this activity has generated revenue for us). This process of transferring summaries or individual transactions to the ledger is called posting. Once the posting process is complete, accounts kept using the "T" format (debits on the left side of the "T" and credits on the right side) undergo balancing, which is simply a process to arrive at the balance of the account.
As a partial check that the posting process was done correctly, a working document called an unadjusted trial balance is created. In its simplest form, this is a three-column list. Column One contains the names of those accounts in the ledger which have a non-zero balance. If an account has a debit balance, the balance amount is copied into Column Two (the debit column); if an account has a credit balance, the amount is copied into Column Three (the credit column). The debit column is then totalled, and then the credit column is totalled. The two totals must agree—which is not by chance—because under the double-entry rules, whenever there is a posting, the debits of the posting equal the credits of the posting. If the two totals do not agree, an error has been made, either in the journals or during the posting process. The error must be located and rectified, and the totals of the debit column and the credit column recalculated to check for agreement before any further processing can take place.
Once the accounts balance, the accountant makes a number of adjustments and changes the balance amounts of some of the accounts. These adjustments must still obey the double-entry rule: for example, the inventory account and asset account might be changed to bring them into line with the actual numbers counted during a stocktake. At the same time, the expense account associated with use of inventory is adjusted by an equal and opposite amount. Other adjustments such as posting depreciation and prepayments are also done at this time. This results in a listing called the adjusted trial balance. It is the accounts in this list, and their corresponding debit or credit balances, that are used to prepare the financial statements.
Finally financial statements are drawn from the trial balance, which may include:
The primary bookkeeping record in single-entry bookkeeping is the cash book, which is similar to a checking account register (in UK: cheque account, current account), except all entries are allocated among several categories of income and expense accounts. Separate account records are maintained for petty cash, accounts payable and accounts receivable, and other relevant transactions such as inventory and travel expenses. To save time and avoid the errors of manual calculations, single-entry bookkeeping can be done today with do-it-yourself bookkeeping software.
A double-entry bookkeeping system is a set of rules for recording financial information in a financial accounting system in which every transaction or event changes at least two different ledger accounts.
A daybook is a descriptive and chronological (diary-like) record of day-to-day financial transactions; it is also called a book of original entry. The daybook's details must be transcribed formally into journals to enable posting to ledgers. Daybooks include:
A petty cash book is a record of small-value purchases before they are later transferred to the ledger and final accounts; it is maintained by a petty or junior cashier. This type of cash book usually uses the imprest system: a certain amount of money is provided to the petty cashier by the senior cashier. This money is to cater for minor expenditures (hospitality, minor stationery, casual postage, and so on) and is reimbursed periodically on satisfactory explanation of how it was spent. The balance of petty cash book is Asset.
Journals are recorded in the general journal daybook. A journal is a formal and chronological record of financial transactions before their values are accounted for in the general ledger as debits and credits. A company can maintain one journal for all transactions, or keep several journals based on similar activity (e.g., sales, cash receipts, revenue, etc.), making transactions easier to summarize and reference later. For every debit journal entry recorded, there must be an equivalent credit journal entry to maintain a balanced accounting equation.[5][6]
A ledger is a record of accounts. The ledger is a permanent summary of all amounts entered in supporting Journals which list individual transactions by date. These accounts are recorded separately, showing their beginning/ending balance. A journal lists financial transactions in chronological order, without showing their balance but showing how much is going to be entered in each account. A ledger takes each financial transaction from the journal and records it into the corresponding accounts. The ledger also determines the balance of every account, which is transferred into the balance sheet or the income statement. There are three different kinds of ledgers that deal with book-keeping:
A chart of accounts is a list of the accounts codes that can be identified with numeric, alphabetical, or alphanumeric codes allowing the account to be located in the general ledger. The equity section of the chart of accounts is based on the fact that the legal structure of the entity is of a particular legal type. Possibilities include sole trader, partnership, trust, and company.[7]
Computerized bookkeeping removes many of the paper "books" that are used to record the financial transactions of a business entity; instead, relational databases are used today, but typically, these still enforce the norms of bookkeeping including the single-entry and double-entry bookkeeping systems. Certified Public Accountants (CPAs) supervise the internal controls for computerized bookkeeping systems, which serve to minimize errors in documenting the numerous activities a business entity may initiate or complete over an accounting period.
This article needs additional citations for verification. (October 2007)
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Financial accounting is a branch of accounting concerned with the summary, analysis and reporting of financial transactions related to a business.[1] This involves the preparation of financial statements available for public use. Stockholders, suppliers, banks, employees, government agencies, business owners, and other stakeholders are examples of people interested in receiving such information for decision making purposes.
Financial accountancy is governed by both local and international accounting standards. Generally Accepted Accounting Principles (GAAP) is the standard framework of guidelines for financial accounting used in any given jurisdiction. It includes the standards, conventions and rules that accountants follow in recording and summarizing and in the preparation of financial statements.
On the other hand, International Financial Reporting Standards (IFRS) is a set of accounting standards stating how particular types of transactions and other events should be reported in financial statements. IFRS are issued by the International Accounting Standards Board (IASB).[2] With IFRS becoming more widespread on the international scene, consistency in financial reporting has become more prevalent between global organizations.
While financial accounting is used to prepare accounting information for people outside the organization or not involved in the day-to-day running of the company, managerial accounting provides accounting information to help managers make decisions to manage the business.
Financial accounting and financial reporting are often used as synonyms.
1. According to International Financial Reporting Standards: the objective of financial reporting is:
To provide financial information that is useful to existing and potential investors, lenders and other creditors in making decisions about providing resources to the reporting entity.[3]
2. According to the European Accounting Association:
Capital maintenance is a competing objective of financial reporting.[4]
Financial accounting is the preparation of financial statements that can be consumed by the public and the relevant stakeholders. Financial information would be useful to users if such qualitative characteristics are present. When producing financial statements, the following must comply: Fundamental Qualitative Characteristics:
Enhancing Qualitative Characteristics:
The statement of cash flows considers the inputs and outputs in concrete cash within a stated period. The general template of a cash flow statement is as follows: Cash Inflow - Cash Outflow + Opening Balance = Closing Balance
Example 1: in the beginning of September, Ellen started out with $5 in her bank account. During that same month, Ellen borrowed $20 from Tom. At the end of the month, Ellen bought a pair of shoes for $7. Ellen's cash flow statement for the month of September looks like this:
Example 2: in the beginning of June, WikiTables, a company that buys and resells tables, sold 2 tables. They'd originally bought the tables for $25 each, and sold them at a price of $50 per table. The first table was paid out in cash however the second one was bought in credit terms. WikiTables' cash flow statement for the month of June looks like this:
Important: the cash flow statement only considers the exchange of actual cash, and ignores what the person in question owes or is owed.
The statement of profit or income statement represents the changes in value of a company's accounts over a set period (most commonly one fiscal year), and may compare the changes to changes in the same accounts over the previous period. All changes are summarized on the "bottom line" as net income, often reported as "net loss" when income is less than zero.
The net profit or loss is determined by:
Sales (revenue)
– selling, general, administrative expenses (SGA)
– depreciation/ amortization
= earnings before interest and taxes (EBIT)
– interest and tax expenses
= profit/loss
The balance sheet is the financial statement showing a firm's assets, liabilities and equity (capital) at a set point in time, usually the end of the fiscal year reported on the accompanying income statement. The total assets always equal the total combined liabilities and equity. This statement best demonstrates the basic accounting equation:
Assets = Liabilities + Equity
The statement can be used to help show the financial position of a company because liability accounts are external claims on the firm's assets while equity accounts are internal claims on the firm's assets.
Accounting standards often set out a general format that companies are expected to follow when presenting their balance sheets. International Financial Reporting Standards (IFRS) normally require that companies report current assets and liabilities separately from non-current amounts.[5][6] A GAAP-compliant balance sheet must list assets and liabilities based on decreasing liquidity, from most liquid to least liquid. As a result, current assets/liabilities are listed first followed by non-current assets/liabilities. However, an IFRS-compliant balance sheet must list assets/liabilities based on increasing liquidity, from least liquid to most liquid. As a result, non-current assets/liabilities are listed first followed by current assets/liabilities.[7]
Current assets are the most liquid assets of a firm, which are expected to be realized within a 12-month period. Current assets include:
Non-current assets include fixed or long-term assets and intangible assets:
Liabilities include:
Owner's equity, sometimes referred to as net assets, is represented differently depending on the type of business ownership. Business ownership can be in the form of a sole proprietorship, partnership, or a corporation. For a corporation, the owner's equity portion usually shows common stock, and retained earnings (earnings kept in the company). Retained earnings come from the retained earnings statement, prepared prior to the balance sheet.[8]
This statement is additional to the three main statements described above. It shows how the distribution of income and transfer of dividends affects the wealth of shareholders in the company. The concept of retained earnings means profits of previous years that are accumulated till current period. Basic proforma for this statement is as follows:
Retained earnings at the beginning of period
+ Net Income for the period
- Dividends
= Retained earnings at the end of period.[9]
One of the basic principles in accounting is "The Measuring Unit principle":
The unit of measure in accounting shall be the base money unit of the most relevant currency. This principle also assumes the unit of measure is stable; that is, changes in its general purchasing power are not considered sufficiently important to require adjustments to the basic financial statements."[10]
Historical Cost Accounting, i.e., financial capital maintenance in nominal monetary units, is based on the stable measuring unit assumption under which accountants simply assume that money, the monetary unit of measure, is perfectly stable in real value for the purpose of measuring (1) monetary items not inflation-indexed daily in terms of the Daily CPI and (2) constant real value non-monetary items not updated daily in terms of the Daily CPI during low and high inflation and deflation.
The stable monetary unit assumption is not applied during hyperinflation. IFRS requires entities to implement capital maintenance in units of constant purchasing power in terms of IAS 29 Financial Reporting in Hyperinflationary Economies.
Financial accountants produce financial statements based on the accounting standards in a given jurisdiction. These standards may be the Generally Accepted Accounting Principles of a respective country, which are typically issued by a national standard setter, or International Financial Reporting Standards (IFRS), which are issued by the International Accounting Standards Board (IASB).
Financial accounting serves the following purposes:
The accounting equation (Assets = Liabilities + Owners' Equity) and financial statements are the main topics of financial accounting.
The trial balance, which is usually prepared using the double-entry accounting system, forms the basis for preparing the financial statements. All the figures in the trial balance are rearranged to prepare a profit & loss statement and balance sheet. Accounting standards determine the format for these accounts (SSAP, FRS, IFRS). Financial statements display the income and expenditure for the company and a summary of the assets, liabilities, and shareholders' or owners' equity of the company on the date to which the accounts were prepared.
Asset, expense, and dividend accounts have normal debit balances (i.e., debiting these types of accounts increases them).
Liability, revenue, and equity accounts have normal credit balances (i.e., crediting these types of accounts increases them).
0 = Dr Assets Cr Owners' Equity Cr Liabilities . _____________________________/\____________________________ . . / Cr Retained Earnings (profit) Cr Common Stock \ . . _________________/\_______________________________ . . . / Dr Expenses Cr Beginning Retained Earnings \ . . . Dr Dividends Cr Revenue . . \________________________/ \______________________________________________________/ increased by debits increased by credits Crediting a credit Thus -------------------------> account increases its absolute value (balance) Debiting a debit Debiting a credit Thus -------------------------> account decreases its absolute value (balance) Crediting a debit
When the same thing is done to an account as its normal balance it increases; when the opposite is done, it will decrease. Much like signs in math: two positive numbers are added and two negative numbers are also added. It is only when there is one positive and one negative (opposites) that you will subtract.
However, there are instances of accounts, known as contra-accounts, which have a normal balance opposite that listed above. Examples include:
Many professional accountancy qualifications cover the field of financial accountancy, including Certified Public Accountant CPA, Chartered Accountant (CA or other national designations, American Institute of Certified Public Accountants AICPA and Chartered Certified Accountant (ACCA).