If yesterday's price was the regular price then the equation $217=62%x can be used to solve for x. so x = $217/0.62=$350. To check the answer, multiply $350 by 0.62 = $217. In other words, x is the unknown regular price so 0.62 times x = $217 and then cross multiplying means dividing $217 by 0.62, to get the answer.
Answer:
$207000 is the sales revenue for the year.
Explanation:
The given situation is:
Sales Revenue 100%
Cost Of Goods sold <u> 60% </u>
Profit Margin 40%
Now we neither have sales revenue figure nor the profit margin figures but we can calculate cost of goods sold from the following formula:
Cost Of Goods Sold = Opening Inventory + Purchases - Closing Inventory
By putting values we have:
Cost Of Goods Sold = $54,000 + $109,800 - $39,600
Cost Of Goods Sold = $124,200
Now cost of goods sold is 60% which means if we want to go at 100% we will divide with the percentage at which we are standing (60%) and multiply with the percentage which we want to calculate (Sales is 100%).
Sales revenue = Cost of goods sold * 100% / 60%
Sales revenue = $124200 * 100% / 60% = $207,000
Answer:
(a) If the discount rate is 11 percent, what is the future value of these cash flows in year 4?
To solve this problem, we must find the FV of each cash flow and add them.
To find the FV of a lump sum, we use:
FV = PV(1 + r)^t
[email protected]% = $625(1.11)^3 + $875(1.11)^2+ $1,150(1.11) + $1,250 = $4459
(b) What is the future value at a discount rate of 18 percent?
FV = PV(1 + r)^t
[email protected]% = $625(1.18)^3+ $875(1.18)^2+ $1,150(1.18) + $1,250 = $4852
(c) What is the future value at discount rate of 30 percent?
FV = PV(1 + r)^t
[email protected]% = $625(1.30)^3+ $875(1.30)^2+ $1,150(1.30) + $1,250 = $5597
Answer:
The rate of return is 7.20%
Explanation:
a) Assuming you purchased the bond for $880, in order to calculate the rate of return you earn if you held the bond for 25 years until it matured with a value $5,000 we would have to calculate the following formula:
Rate of Return = [FV/PV]1/n - 1
Rate of Return= [$5,000 / $880]1/25 - 1 = [5.6818]0.04 - 1 = 1.0720 - 1 = 0.0720, or 7.20%
Rate of Return= [5.6818]0.04 - 1
Rate of Return= 1.0720 - 1
Rate of Return=0.0720, or 7.20%
The rate of return is 7.20%
Answer:
The answer is: Consume more good Y and less good X.
Explanation:
The marginal utility of good Y is greater than the marginal utility of good X. This means that an extra unit consumed of good Y will give the consumer a grater satisfaction than consuming an extra unit of good X. So if the consumer wants to increase his total utility (satisfaction) he should buy more units of good Y.
