Given the information below, calculate the expected growth rate (g) of dividends, using the constant growth model ,
$P _ { 0 } = \frac { \tilde { D } _ { 1 } } { r _ { s } - g }$ Beta = 1.75; rRF = 7 percent; rM = 11 percent; dividend payout ratio = 30 percent; rd = 10 percent (paid) on all long- term debt; P/E ratio = 10; sales = 5,000 units; sales price per unit = $5; variable cost per unit = $2; fixed cost =
$1,000; common stock shares outstanding = 5,000; long-term debt outstanding = $10,000; tax rate = 40 percent.Assume equilibrium exists in the market.
A)11.34%
B)6.54%
C)11.0%
D)10.68%
E)10.19%

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The Answer of Given the information below, calculate the expected growth rate (g) of dividends, using the constant growth model ,
$P _ { 0 } = \frac { \tilde { D } _ { 1 } } { r _ { s } - g }$ Beta = 1.75; rRF = 7 percent; rM = 11 percent; dividend payout ratio = 30 percent; rd = 10 percent (paid) on all long- term debt; P/E ratio = 10; sales = 5,000 units; sales price per unit = $5; variable cost per unit = $2; fixed cost =
$1,000; common stock shares outstanding = 5,000; long-term debt outstanding = $10,000; tax rate = 40 percent.Assume equilibrium exists in the market.
A)11.34%
B)6.54%
C)11.0%
D)10.68%
E)10.19%

Given the Information Below, Calculate the Expected Growth Rate (G) P0=D~1rs−gP _ { 0 } = \frac { \tilde { D } _ { 1 } } { r _ { s } - g }P0​=rs​−gD~1​​

Given the Information Below, Calculate the Expected Growth Rate (G) $P _ { 0 } = \frac { \tilde { D } _ { 1 } } { r _ { s } - g }$