Answer:the working conditions of the place show that it will be easier to work in and that if the company has a good image of themself then you would probably earn more money.
Explanation:
I tried the best I could.
Answer:
8.2%
Explanation:
As we know that:
r = (Future Value / Present Value)^(1/Time) - 1
Here
Future Value is $430,065.11
Present Value is $3,800
Time is 60 years
By putting values, we have:
r = ($430,065.11 / $3,800)^(1/60) - 1
r = (113.16)^(1/60) - 1
r = 1.082 - 1 = 8.2%
Answer:
Favorable for price and unfavorable for usage.
Explanation:
Provided Information,
Standard Material = 2.2 pounds per unit
Standard cost = $2 per pound
Actual Quantity = 2.3 pounds per unit
Actual cost = $1.95 per pound
In Material Price variance we have = (Standard Price - Actual Price)
Actual Quantity
Since Standard Price $2 is more than actual price = $1.95 the variance is favorable.
In material quantity variance we have = (Standard Quantity - Actual Quantity)
Standard Rate
Since actual quantity used = 2.3 pounds is more than standard 2.2 pounds the variance will be unfavorable
Therefore, Price Variance = Favorable, and Quantity Variance = Unfavorable.
The other day, someone asked me about the last time my ethics had been tested at work and how I reacted.
I wasn’t sure how to respond. It’s a good question, and I wanted to answer it. Still, I hesitated to reveal too much about some of the less-than-honest bosses I’ve reported to in the last two decades.
These are bosses who lied, gossiped about their staff to other staff, broke confidences, fudged numbers to governmental agencies, botched payroll tax withholdings and covered it up, and willfully and recklessly turned a blind eye to leadership abuse — for starters.
Answer:
Factor must opt to agree as well as purchase the deal from the provider. A further explanation is provided below.
Explanation:
The given problem seems to be incomplete. Find the attachment of the complete question below.
Given:
Direct material,
= $8.70
Direct labor,
= 24.70
Overhead,
= 43.50
Now,
If the offer is accepted, the cost per unit will be:
= 
= 
=
($)
Thus the above is the correct answer.