Answer:
Direct material quantity variance= $2,170 unfavorable
Explanation:
<u>To calculate the direct material quantity variance, we need to use the following formula:</u>
Direct material quantity variance= (standard quantity - actual quantity)*standard price
Direct material quantity variance= (2*5,000 - 10,310)*7
Direct material quantity variance= $2,170 unfavorable
Incomplete question. I answered from a general economic standpoint.
Answer:
<u>stay the same; decrease</u>
Explanation:
<em>Remember</em>, in this scenario, it wasn't as though the mentioned workers lost their jobs, they only had their hours reduced by their employers; so they are not <u>unemployed</u>. This, therefore, implies that the unemployment rate will stay the same.
The labor force participation rate in simple words refers to the percentage of those who are currently employed or looking for a job within an economy. If the working hours are reduced, it may diminish the zeal among the workforce of an economy to work or find work because <u>they may perceive they''ll earn less.</u>
Answer:
$ 5,625
Explanation:
Each case contained 254 bottles
Costs per case
High grade: @$225
Lower grade-grade: @ $150
Daniel is paying for what arrived only. He received
19 case of high grade
9 cases of lower-grade
The amount that Daniel paid:
For high grade: = 19 x $225 = $ 4,275
For lower-grade = 9 x $150 = $ 1, 350
Total amount = $ 5,625
Answer:
None of the options are correct as the price today will be $26.786
Explanation:
The price of a stock whose dividends are expected to grow at a constant rate forever can be calculated using the constant growth model of the dividend discount model approach (DDM). The DDM bases the value of a stock on the present value of the future expected dividends from the stock.
The formula for price under constant growth model is,
P0 = D1 / (r - g)
Where,
- D1 is the dividend expected for the next period
- r is the required rate of return or cost of equity
- g is the growth rate in dividends
However, as the constant growth rate in dividends is to be applied from Year 2 onwards, we will use the D2 to calculate the price at Year 1 and we will then discount this further for one year to calculate the price today.
P1 or Year1 price = 2 * (1+0.05) / (0.12 - 0.05)
P1 or Year 1 price = $30
The price of the stock today or P0 will be,
P0 = 30 / (1+0.12)
P0 = $26.786
