Answer:
Explanation:
Let the cost of an order = C
Let the number of tickets inside that order = n
Let there be a 15 dollar service charge per order.
================
C = 35*n + 15
Answer:
5.4%
Explanation:
Several years ago the Haverford Company sold a $1,000 par value bond that now has 25 years to maturity and an 8.00% annual coupon that is paid quarterly. The bond currently sells for $900.90, and the company’s tax rate is 40%. What is the component cost of debt for use in the WACC calculation
Face value of bond = coupon amount / interest rate
1000 = 80 / 8%
Therefore 900.9 = 80 / revised interest rate
multiply both sides by the 'revised interest rate
revised interest rate x 900.9 = 80
Hence, revised interest rate = 80 / 900.9 = 9%
Secondly if the company’s tax rate is 40%, the component cost of debt for use in the WACC calculation = kd (1 - t)
where:
kd = Cost of debt
t = tax rate
Therefore cost of debt for use in the WACC calculation = 9% (1-0.4) = 5.4%
Answer: Bullwhip Effect
Explanation:
The Bullwhip Effect occurs as a result of changes in the original information about the demand of a product as the information passes across the supply chain.
In the Bullwhip Effect small changes at the customers end of the supply chain leads to large variation in the manufacturing end of the chain.
<span>The company has issued only 510,000 shares out of authorized 600,000 common stocks. As we know that dividend is paid only on issued shared, and treasury stocks do not get any dividend.
So the total amount of dividend that will be paid = 0.65 * 510,000 = $331,500</span>
Answer:
Direct labor cost= $31,200
Explanation:
Giving the following information:
Production= 48,000 units
Standard time= 3 minutes per unit
Rate= $13 per hour
First, we need to calculate the number of hours required:
The proportion of minuted per hour= 3/60= 0.05
Number of hours= 48,000*0.05= 2,400 hours
Now, the direct labor cost:
Direct labor cost= 2,400*13= $31,200