- E-mailed cover letters are made through digital computers while paper cover letters would be handwritten.
- In general, paper cover letters would be seen as more personal that e-mail cover letter
There different situations when both type of cover letters can be used.
E-mailed cover letters are more appropriate to be used if the companies scanned your application using a software (most large companies that post their jobs on online sites usually use this)
Handwritten paper cover letters on the other hand, is more appropriate if you had some sort of personal connection with the employers.
Answer and Explanation:
The computation of the ending balance of the work in process is shown below:
For April month
= $6,100 + $5,900
= $12,000
For May month
= $5,900 + $5,800 + $5,100 + $6,800
= $23,600
For June month
= $6,800 + $4,600
= $11,400
In this way the ending work in process is to be calculated for each month and the same is to be considered
When they spend more than they are able to pay back! Hope this helped! BRANLIEST plz!
Answer:
question
1. how much amortization expense on the goodwill can Ingrid deduct in year 1, year 2, year 3?
2. In lieu of the original facts, assume that Ingrid purchase only a phone list with a useful life of 5 years for $16,500.
How much amortization expense on the phone list can Ingrid deduct in year 1, year 2 and year 3?
Explanation:
The explanation is shown in the file attached. Thank you i hope it helps
Answer: -3,300Nm or -3,300 Joules
Explanation:
Work = F X d
Where:
F = force = 1,500 N
d = distance = 2.20m
We will be taking into consideration that the work that the tension force on the rope does to Magnus is negative because the force goes against Magnus.
This is in accordance with Newton' third law, which states that for every action, there is an equal and opposite reaction.
Therefore, we have:
W = F X d
W = 1,500 X 2.20
W = 3,300Nm
Since we are not calculating the work done by Magnus, but rather the opposite work done by the rope, our answer will be negative.
We therefore have:
-3,300Nm or -3,300 Joules.