The return rate for the asset in this scenario is calculated to be 6.14%. This is determined by evaluating the Internal Rate of Return for the given cash flows, as outlined in the provided information.
The total value of the inventory lost in the tornado is $105,700. Explanation: The relationship is captured in this equation: Beginning inventory + inventory purchases + Gross profit = Sales + ending inventory. Plugging in the figures, $228,350 + $199,400 + $322,050 = $644,100 + ending inventory resolves to $749,800 = $644,100 + ending inventory. Thus, determining that the ending inventory amounts to $749,800 - $644,100 results in $105,700. The gross profit is calculated as Gross profit percentage multiplied by sales: 50% multiplied by $644,100 yields $322,050. Since the inventory was destroyed in the tornado, we assume the ending inventory lost corresponds to $105,700.
Answer:
$2.0 billion
Explanation:
The Gross Domestic Product comprises the total monetary value of all goods and services produced within a country over a defined time period.
The formula for GDP is
GDP = consumption + government spending + investment + (exports - imports)
200,000 units are sold to consumers
300,000 units are sold to businesses
300,000 units are sold to government entities
100,000 units are exported
100,000 units remain in inventory
GDP= {200,000 + 300,000 + 300,000 + 100,000 + (100,000 - 0)} * $2,000
GDP = 1,000,000 * 2000
GDP = $2 billion
The intrinsic value of Stock C is $300. The expected dividend to be paid is $3, with a dividend growth rate of 9%. Stock C requires a return of 10%, while Stock D requires a return of 13%. We determine the intrinsic value using the DDM method. The intrinsic value formula is Upcoming Dividend ÷ (Required rate of return - Growth rate). In this case, it calculates to 300, indicating the intrinsic value of Stock C.
