CASE STUDY 27.3 CHILDREN ON THE GO

question 7

Essay

CASE STUDY 27.3
CHILDREN ON THE GO
For Questions , use the following narrative
Narrative: Case study 27.3 summary
The researchers of this study concluded that children who move often are 35 percent more likely to fail a grade and 77 percent more likely to have behavioral problems than children whose families move rarely.These results were based on a nationwide study of 9,915 youngsters aged 6-17."High movers" were defined as those who had moved at least 6 times.High movers were 1.35 times more likely to have failed a grade and 1.77 times more likely to have developed at least four frequent behavioral problems (ranging from depression to impulsiveness to destructiveness).The results were adjusted for poverty, single parenting, belonging to a racial minority, and having parents with less than a high school education.

-{Case study 27.3 narrative} The sample size in this study is very large, which may cause some problems.Explain why, and what was missing from the results that might have helped the reader determine the magnitude of the differences observed.

Recognize the treatment and implications of guaranteed payments in partnerships.

Understand the impact of nondeductible expenses and nonrecognition items on a partner's basis and partnership's operations.

Know when and how partnership income is considered self-employment income.

Learn the tax treatment and reporting requirements for the sale of a partnership interest.

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Definitions:

Main Components

The primary or fundamental parts that make up a system, structure, or principle, essential for its functioning or understanding.

Symbolic Notation

A system of symbols and signs used to represent numbers, operations, relations, or concepts in various fields such as mathematics, chemistry, and music.

Green

a color in the spectrum visible to the human eye, associated with nature, growth, harmony, and freshness.

Atomic Components

The simplest parts that constitute a larger system, often used in physics or chemistry to refer to elements of matter.