Answer:
Total variance= 391 unfavorable
Explanation:
Giving the following information:
Petrus Framing's cost formula for its supplies cost is $1,920 per month plus $11 per frame. For March, the company planned for activity of 632 frames, but the actual level of activity was 639 frames. The actual supplies cost for the month was $9,340.
Estimated= 1,920 + 639*11= 8,949
Real= 9,340
Total variance= real - estimated
Total variance= 9,340 - 8,949= 391 unfavorable
Answer:
Affirmative action is an effort by institutions to improve educational and economic opportunities for underrepresented groups and communities. Quotas force diversity without factoring in actual inclusion. The pathetic attempt to meet numerical goals to appear diverse.
Answer:
PV= $9,355.78
Explanation:
Giving the following information:
If $ 9,000 is invested in a certain business at the start of the year, the investor will receive $ 2,700 at the end of each of the next four years.
Interest rate= 6%.
First, we need to find the final value
FV= {A*[(1+i)^n-1]}/i
A= payment
FV= {2,700*[(1.06^4)-1]}/0.06= 11,811.46
Now, we calculate the present value:
PV= FV/(1+i)^n
PV= 11,811.46/1.06^4= $9,355.78
Answer:
Par value of common stock is $2.5
Explanation:
The par value of common stock can determined by dividing the common stock total amount in each of the two years by the shares issued and outstanding in each year as demonstrated below:
2019:
Par value of common stock =Common stock($)/shares issued
common stock($) is $555 million
shares issued and outstanding is 222 million shares
par value of common stock=$555 million/222 million=$2.5
2020:
Par value of common stock =Common stock($)/shares issued
common stock($) is $560 million
shares issued and outstanding is 224 million shares
par value of common stock=$560 million/224 million=$2.5
Ultimately the par value of common stock as shown be computations for both years is $2.5
The Cartesian coordinate system is also referred to as a <span><span>rectangular <span>coordinate system</span></span> coordinate system.
It i a system used in geometry which uses coordinates in order to determine the position of a geometric element (point for example). According to this system each point is specified by a pair of numerical coordinates. </span>
