Answer:
Yes
Explanation:
A long term goal can take months or even years to accomplish, instead a Short term goal can take days or weeks.
Hope that helps! :)
Answer:
a. $29.23
b. $146,150
Explanation:
a. The computation of overhead application rate is shown below:-
Overhead application rate = Total standard overhead ÷ Total standard hours
= $163,710 ÷ (1,120 × 5)
= $163,710 ÷ 5,600
= $29.23
So, for determining the overhead application rate we simply divide the total standard overhead by total standard hours.
b. The computation of overhead was applied to production is shown below:-
Applied overhead = Standard hours for actual production × Overhead application rate
= 5,000 × $29.23
= $146,150
So, for determining the applied overhead we simply divide the standard hours for actual production by overhead application rate
Answer:
A.
Explanation:
Another name for specialization, this is when an individual focuses
on one specific skill in the field.
Answer: C. hope this help!!!!!
Solution :
It is given that :
Amount of investment or the principle amount , P = $ 100
Time of investment , t = 6 years
Rate of interest compounded annually r = 6 %
Therefore the future amount of this investment in a 6 year time is given by,





Therefore, after 6 years the investment of $ 100 will give an amount of $ 141.