Answer:
$1.5 million
Explanation:
The computation of break even sales in dollars is shown below:
= (Fixed expenses) ÷ (profit volume ratio)
where,
Contribution margin = Sales - Variable expense
= $2,500,000 - 1,050,000
= $1,450,000
And, Profit volume ratio = (Contribution) ÷ (sales) × 100
So, the Profit volume ratio = ($1,450,000) ÷ ( $2,500,000) × 100 = 58%
And, the fixed expenses is $870,000
Now put these values to the above formula
So, the value would equal to
= ($870,000) ÷ (58%)
= $1.5 million
False, they are meant to contain accidents if they happen. They are suuuuper important to have around though!!
Answer:
b.$995,000
Explanation:
Jensen Company
Direct materials used $345,000
Direct labor incurred 250,000
Factory overhead incurred 400,000
Product cost $995,000
Therefore Jensen Company's product costs is $995,000
Direct materials used $345,000 + Direct labor incurred 250,000 +Factory overhead incurred 400,000 =$995,000
Answer:
The correct answer is $83230
Explanation:
Solution
Given that:
The Present worth of geometric series is shown below
= A *[1 - (1+g)^n /(1+i)^n] / (i-g)
Now,
The present cost of worth from EOY 5 to EOY 13 at EOY 4 = 7000 *[1 - (1+0.12)^9 /(1+0.15)^9] / (0.15-0.12)
Thus,
= 7000 *[1 - (1.12)^9 /(1.15)^9] / (0.03)
Which is,
= 7000 * 7.0572647
= 49400.85
Now, The NPW of all costs = 35000 + 7000*(P/A,15%,4) + 49400.85*(P/F,15%,4)
= 35000 + 7000*2.854978 + 49400.85*0.571753
= 83229.93
Therefore the sound improvement better result in a net present worth profit of how much to negate the costs is $83229.93 or 83230
Note: EOY = End of year.
Answer:
Acceleration, a = 28m/s²
Explanation:
Given the following data;
Initial velocity, u= 150m/s
Final velocity, v = 10m/s
Time, t = 5secs
To find the acceleration;
Acceleration, a = (v-u)/t
Substituting into the equation, we have;
Acceleration, a = (150-10)/5
Acceleration, a = 140/5
Acceleration, a = 28m/s²
Therefore, the acceleration of the drag racer is 28m/s².