Answer:
8.06%
Explanation:
According to the Fisher equation
( 1 + Total rate of return) = (1 + real rate of return) x ( 1 + inflation rate)
(1.14) = (1.055) x ( 1 + inflation rate)
Inflation rate = 1.080569 - 1 = 0.080569 = 8.06%
Answer:
The price of the bond is $659.64.
Explanation:
C = coupon payment = $62.00 (Par Value * Coupon Rate)
n = number of years = 6
i = market rate, or required yield = 15 = 0.15 = 0.15 /2 = 0.075
k = number of coupon payments in 1 year = 2
P = value at maturity, or par value = $1000
BOND PRICE= C/k [ 1 - ( 1 / ( 1 + i )^nk ) / i ] + [ P / ( 1 + i )^nk )]
BOND PRICE= 62/2 [ 1 - ( 1 / ( 1 + 0.075 )^6x2 ) / 0.075 ] + [ $1,000 / ( 1 + 0.075 )^6x2 )]
BOND PRICE= 31 [ 1 - ( 1 / ( 1.075 )^12 ) / 0.075 ] + [ $1,000 / ( 1.075 )^12 )]
BOND PRICE= 31 [ 1 - ( 1 / ( 1.075 )^12 ) / 0.075 ] + [ $1,000 / ( 1.075 )^12 )]
BOND PRICE= $239.79 + $419.85 = $659.64
Answer:
$6.25 per yard
Explanation:
The computation of the standard price per yard of material for its safety suits is shown below:
Material quantity variance = Standard Price × (Actual quantity - Standard quantity)
-$5,000 = Standard price × (10,000 - 10,800)
Standard price = -$5,000 ÷ (-800)
= $6.25 per yard
Hence, the standard price per yard of material for its safety suits is $6.25 per yard
Answer:
$250
This because out of the total surplus, the surplus left after being received by the consumer goes to the producer.
Explanation:
Data provided in the question:
Price of tomato = $10
Equilibrium quantity = 50 tomatoes
Consumer surplus = $400
Total surplus = $650
Now,
The producer surplus = Total surplus - Consumer surplus
= $650 - $400
= $250
This because out of the total surplus, the surplus left after being received by the consumer goes to the producer.
