Answer:
The right approach will be "$ 1123.2".
Explanation:
The number of miles to be used will be:
= 
= 
Now,
The item deduction will be:
= 
= 
=
($)
Answer:
c $4,450 U
Explanation:
The computation of the Variable overhead spending variance is shown below:
= (Standard variable overhead Rate × Actual Hour) - (Actual Rate × Actual Hour)
= ($12 × 400 units × 5.6 hours) - ($31,330)
= $26,880 - $31,330
= $4,450 Unfavorable
The (Actual Rate × Actual Hour) is also called as Actual variable overhead.
All other information which is given is not relevant. Hence, ignored it
Answer:
Ending inventory : $868
Explanation:
FIFO (First-In-First-Out) is a method of inventory valuation where the inventory that is received first is sold first. In other words, the earliest inventory is used first. This is common for perishable inventory such as fruits and vegetables which if not used fast, will be wasted.
01/01/21 : Beginning Inventory : 200 units x $5 = $1000
01/15/21 : Purchases : 100 units x $5.3 = $530
01/28/21 : Purchases : 100 units x $5.5 = $550
Total units = 200 + 100 + 100 = 400 units
Units sold = Total inventory available for sale - ending inventory
= 400 - 160 = 240 units.
COGS:
Beginning Inventory : 200 units x $5 = $1000
Purchases : 40 units x $5.3 = $212
Cost of goods sold : $1000 + $212 = $1212
Ending inventory:
Purchases : (100 - 40) units x $5.3 = $318
Purchases : 100 units x $5.5 = $550
Ending inventory : $318 + $550 = $868
Answer:
a. Faraday cage
Explanation:
Faraday cage -
It refer to as a shield which helps to block any electromagnetic fields , is referred to as faraday cage .
It is also known as Faraday shield .
In a Faraday cage , a mesh or covering conductive material is added to block any electromagnetic field .
Hence , from the given information of the question ,
The correct answer is a. Faraday cage .
Answer: 0.1282
Explanation:
Total number of possible outcome( total candidates) = 13
Total number of men = 13 - 8 = 5
Total number of women = 8
Number of candidates to be selected = 2
Find the probability that both are men :
Probability of 1st candidate being a male = required outcome ÷ total possible outcome = 5/13
Probability of second candidate being a male, means we now have 4 men left and a total of 12 = 4/12
Therefore, P = (5/13) × (4/12)
P = (5/13) ×(1/3) = 5/39 = 0.1282