Answer and Explanation:
The computation of the cost od merchandised sold for each sale and the inventory balance after each sale is presented in the attachment below;
The perpetual inventory is the system which updated the inventory as on a regular basis
While on the other hand, the weighted average cost method is the method in which the average cost is calculated after each every purchase is made
In the calculation below:
1. The weighted average cost of $30.90 come from
= (Total inventory cost) ÷ (Total quantity)
= ($180,000 + $1,674,000) ÷ (60,000 units)
= $30.90
1. The weighted average cost of $31.60 come from
= (Total inventory cost) ÷ (Total quantity)
= ($463,500 + $674,100) ÷ (36,000 units)
= $31.60
Answer:
E. summarizing
Explanation:
This is an effective listening skill, as Blake asked his manager to improve what he said, and he articulated key ideas, and he took key points from people doubling his work to improve accuracy and become a team.
The player being investigated
so correct option is E. summarizing
Answer:
80 units
Explanation:
Given:
- Price: $25 we have: 100 units
- Price: $20, how many units to maximize the total utility
Let X is the number of units we need to find
As we know that, the law of equal-marginal utility a consumer spends his or her income among goods so that utilities receive from the amount spent is equal. So we use a simple rule of three:
$25 100 units of utility
$20 X
<=> 25X = 20*100
<=> X = 80 units
Hope it will find you well.
Answer:
$1,088.12
Explanation:
The formula for calculating monthly repayments is as below.
M= P x <u> r </u>
1 − (1+r)−^n
where p is the loan amount = $220,000
r = 4.3per cent or 0.043 % interest rate per year,
on monthly basis r will be 0.043/12=0.00358%
n = 30 year, which is 30 x 12 months= 360 months
M= $220,000 x <u> 0.00358 </u>
1 - (1+0.00358 ) ^ - 360
M=$220,000 x<u> 0.00358 </u>
1- 0.2762
M = $220,000 x (0.00358 /0.7238)
M = $220,000 x 0.0049461
M = 1,088.12
Monthly payments will be $1,088.12
Limited amounts of food available because items are sold out.
A shortage exists when supply cannot keep up with demand.
