How to Get Rid of Socialism: And Solve the Fiscal Problems of the United States of America

Colabella, CPA, Ed D, Dr. Patrick R.

ISBN 10: 1514468700 / ISBN 13: 9781514468708

Published by Xlibris 2016-03, 2016

About this Item

Seller Inventory # 6666-IUK-9781514468708

Bibliographic Details

• Title: How to Get Rid of Socialism: And Solve the Fiscal Problems of the United States of America
• Publisher: Xlibris 2016-03
• Publication Date: 2016
• Language: English
• ISBN 10: 1514468700
• ISBN 13: 9781514468708
• Binding: PF
• Condition: New

About this title

Synopsis

How to Get Rid of Socialism is book borne out of the frustration of teaching taxation and spending countless hours preparing tax returns amidst the ever-increasingly complexities of tax laws. I discovered too late that too much human capital was being expended on figuring out what we owe the government and painfully questioning why. The answer was simple when I discovered that the origins of the internal revenue code were based on a socialist ideology and the law was designed primarily to redistribute wealth. This book is the culmination of my examination of the detrimental effects of creeping socialism from the progressive era Economic Security Act and culminating with the abominable Affordable Care Act. The conclusion is that it has to go and this book is my road map to recapturing American freedom! This book makes the case for the eradication of socialism and the income tax code that is its cornerstone. I introduce a new, fairer, and simpler automated tax system called the withdrawals tax that is not the flat tax or the fair tax and give you my recipe for fixing the shadow economy with perishable currency and finally how to tackle the woes of social security the national debt. Its fresh and new and I hope you like it!

About the Author

Dr. Patrick R. Colabella is a CPA and a professor of accounting and taxation at St John's University in New York and the chair of the Global Institute for Taxation, a research institute dedicated to alternative taxation models.