Exhibit 14 -Refer to Exhibit 14

question 122

Multiple Choice

Exhibit 14.9
Use the Information Below for the Following Problem(S)
The Rollerball Corporation's industry averages are as follows:
Net Profit Margin = 7.5%; Total Asset Turnover = 2.2; Total Assets/Equity = 2.0
Rollerball Corporation has the following financial statements for year ending 12/31/2008. (000's omitted)
$\begin{array}{lr}\text { Sales } & 5,450 \\\text { Cost of Goods Sold } & \underline{3,250} \\\text { Gross Profit } & 2,200 \\\text { Depreciation } & 820 \\\text { Operating Expenses } & 470 \\\text { Administration Exp. } & \underline{115} \\ \text { Operating Profit } 795 & \\\text { Interest Expense } & \underline{88}\\\text { Profit Before Taxes } & 707\\\text { Taxes } & \underline{247}\\\text { Net Income } & 460\\\text{Dividends} & 250\end{array}$
$\begin{array}{lrlr}\text { Assets } & & {\text { Liabilities }} \\\text { Cash } & 100 & \text { Notes Payable } & 850 \\\text { Accounts Receivable } & 1,250 & \text { Accounts Payable } & \underline{1,550} \\\text { Inventory } & \underline{1,125} & \text { Total Current Liab. } & 2,400 \\\text { Total Current Assets } & 2,475 & \text { Long Term Debt } & 425 \\\text { Net Fixed Assets } & \underline{1,450} & \text { Common Stock } & 400 \\\text { Total Assets } & 3,925 & \text { Retained Earnings } & \underline{700} \\& & \text { Total Liab. \& Earnings } & 3,925\end{array}$
-Refer to Exhibit 14.9.Calculate the sustainable growth rate for Rollerball Corporation.

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Definitions:

Epigenome

The full set of factors, from DNA to outside world that controls the expression of coded genes.

Hereditary Material

Genetic information passed down from parents to offspring, primarily contained within DNA.

Recessive Genes

Genetic variants that are expressed in an organism's phenotype only when two copies of the gene are present, but not when a dominant gene is present.

Histones

Proteins found in eukaryotic cell nuclei that package and order the DNA into structural units called nucleosomes, playing a critical role in gene regulation.