Okay. So it's $10,000 per year, which is $100,000 in 10 years. I'm not so sure how to solve it exactly, but I found a lump sum calculator online. I put the information on that and according to the calculator, today's payment in a lump sum would be $50,894.93. The future value is $100,000 with 10 periods (in this case, years) of the interest rate of 7% once per year. I think that the answer is $50,894.93.
Answer: Please refer to Explanation.
Explanation:
1. Honesty.
State the purpose of your call to the secretary and sell your product. For instance, " Hello, my name is Mr. Petal and I represent a fast rising Paper and Metal Container company. After researching about your company, I felt it most expedient to get in touch with Mr. Firestone as I believe this is business he will be interested in. We offer perks that are unmatched in the industry".
2. Persistence.
You can be persistent on the phone if you detect deceit in the secretary's tone.
For instance,
" Having been in the chemical industry myself, I know such an opportunity does not come often and I really do guarantee that we give the best benefits in the industry. If you can, just let me talk to Mr. Firestone, I promise that neither of you will regret it".
If it still doesn't work, ask for a convenient time you can call back.
Answer:
d. $40 F
Explanation:
Calculation to determine what The variable overhead efficiency variance for June is
First step is to calculate the SH
SH = 2,500 units × 0.4 hour per unit
SH= 1,000 hours
Now let calculate the Variable overhead efficiency variance
Using this formula
Variable overhead efficiency variance = (AH - SH) × SR
Let plug in the formula
Variable overhead efficiency variance= (980 hours - 1,000 hours) × $2 per hour= (-20 hours) × $2 per hour
Variable overhead efficiency variance= $40 F
Therefore Variable overhead efficiency variance is $40 F
Answer:
the ending inventory is $13,200
Explanation:
The computation of the dollar value of the ending inventory under variable costing is shown below:
= Variable production cost per unit × difference in units
= $13.20 per unit × (5,200 units - 4,200 units)
= $13.20 per unit × 1,000 units
= $13,200
hence, the ending inventory is $13,200
