Answer:
d. $6,120 U
Explanation:
Calculation to determine the materials price variance for the month
Using this formula
Materials price variance = (AQ × AP) – (AQ × SP)
Let plug in the formula
Materials price variance = $138,600 – (7,200 meters × $18.40 per meter)
Materials price variance = $138,600 – $132,480
Materials price variance = $6,120 U
Therefore Materials price variance is $6,120 U
Answer:
As a result of the price floor, price would increase. As a result, quantity demanded will decrease and the quantity supplied would increase.
Supply would exceed demand and as a result there would be an excess supply of fish.
As an alternative to the price floor, the government can subsidise the cost of fishing. This would reduce the cost of producing fish
Explanation:
A price floor is when the government or an agency of the government sets the minimum price of a product. A price floor is binding if it is set above equilibrium price.
Answer:
Thomas capital
Equipment $30,000
Inventory 25,000
Cash <u> 45,000</u>
Total <u> 100,000</u>
Explanation:
Equipment : thebook value is $25,000 while the market value is $30,000. the market value of the equipment will be used.
Inventory : the book value is $50,000 while the market value is $25,000. As a result of obsolescence, the inventory will be value at lower of cost and net realizable value(IAS2). therefore, $25,000 will be recognized for the inventory in the determination of Thomas capital
Cash: there is no changes in cash contributed.
Answer:
The payback period for Silva Inc. is 3 years. If considering only this method of evaluating projects, Silva Inc will invest in project A and dismiss project B.
Payback period A=2,1539 years.
Payback period B= 3,0042 years
Explanation:
The payback period refers to the amount of time it takes to recover the cost of an investment. The payback period is the length of time an investment reaches a breakeven point.
<u>Cash Flow A:</u>
$
I0= - 70.000
1= 28000 = -42000
2= 38000 = -4000
3= 26000 = 22000
Payback period= full years until recovery +
unrecovered cost beginning year/Cashflow during year
Payback period A= 2 + (4000/26000)= 2,1539 years.
<u>Cash Flow B:</u>
$
I0= -80000
1= 20000 = -60000
2= 23000 = -37000
3= 36000 = -1000
4= 240000 = 239000
Payback period B= 3 + 1000/240000= 3,0042 years
<u>The payback period for Silva Inc. is 3 years. If considering only this method of evaluating projects, Silva Inc will invest in project A and dismiss project B. </u>
<u></u>
The current value of a zero-coupon bond is $481.658412.
<h3>
What is a zero-coupon bond?</h3>
- A zero coupon bond (also known as a discount bond or deep discount bond) is one in which the face value is repaid at maturity.
- That definition assumes that money has a positive time value.
- It does not make periodic interest payments or has so-called coupons, hence the term zero coupon bond.
- When the bond matures, the investor receives the par (or face) value.
- Zero-coupon bonds include US Treasury bills, US savings bonds, long-term zero-coupon bonds, and any type of coupon bond that has had its coupons removed.
- The terms zero coupon and deep discount bonds are used interchangeably.
To find the current value of a zero-coupon bond:
First, divide 11 percent by 100 to get 0.11.
Second, add 1 to 0.11 to get 1.11.
Third, raise 1.11 to the seventh power to get 2.07616015.
Divide the face value of $1,000 by 1.2653 to find that the price to pay for the zero-coupon bond is $481.658412.
- $1,000/1.2653 = $481.658412
Therefore, the current value of a zero-coupon bond is $481.658412.
Know more about zero-coupon bonds here:
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