Solving Accounting Principles Problems Using Lotus 1 2 3 And Excel For Windows

Accounting Principles provides the most complete guide available to help professionals sharpen their accounting and business skills. This unique reference features a logically structured framework that details accounting practices step-by-step, as well as all the newest innovations in the field. This new edition includes a complete copy of the Land's End Annual Report, which the authors have integrated throughout the text. New e-Business Insights describe how e-business technology has expanded the services provided by accountants. This book provides glimpses into the real world of business--including Ethics, Insights, International Insights, e-Business Insights, and Business Insights.

This bestseller has powered the careers of countless professionals. This update to the 11th edition builds on the book's reputation for comprehensiveness, accuracy, and currency, incorporating all the recent changes to the accounting literature. It integrates numerous examples from real corporations throughout the chapters to help readers understand the application of accounting principles and techniques in practice. They'll also find problems that are modeled on the AICPA 'Simulations' - a new question format designed for the computerized uniform CPA Exam. These problems prepare readers for the exam, testing their ability to read, digest, research and respond to both a numeric problem and a short answer essay. This edition does NOT include the Problem Solving Survival Guide

This manual/software package for the IBM-PC is keyed to the end-of-chapter problems in the text Accounting Principles, enabling students to solve two to three problems per chapter while learning Lotus 1-2-3. Six tutorial problems and ten programmed templates for Lotus 1-2-3 are included.

This handbook is a reference book for the paging industry. It aims to provide depth of theoretical understanding. Mathematics has been used sparingly, and restricted to certain technical sections, permitting the non-mathematical reader to skip these without losing over comprehension.