Answer:
Key factors:
Customers
Quality of shoes
Brand (trained with a pro before or used by a pro)
modeling expenses
Explanation:
Answer:
The number of units that must be sold is A. 6,540 units
Explanation:
The number of units must be sold to meet the target profit figure are calculated by using following formula:
The number of units must be sold = (Total fixed cost + Targeted profit) / Contribution margin per unit.
Contribution margin per unit = Sales price per unit – Variable cost per unit = $154 - $99 = $55
The number of units must be sold = ($313,500 + $46,200)/$55 = 6,540 units
Adjectives can be used to describe personality traits (e.g. stern, funny, boring, etc.) but they're not exclusively for personality traits. You can be describing something else using adjectives.
But in this case, I'd say it's true.
Answer:
0.0084
Explanation:
For this probability problem, we will have to make use of the normal probability distribution table.
to use the table, we will have to compute a certain value
z = (x- mean) /Standard deviation
z = 
= 2.39
Probability he has worked in the store for over 10 years can be obtained by taking the z value of 2.39 to the normal probability distribution table to read off the values.
<em>To do this, on the "z" column, we scan down the value 2.3. we then trace that row until we reach the value under the ".09" column. </em>
This gives us 0.99916
Thus we have P (Z < 2.39) = 0.9916
We subtract the value obtained from the table from 1 to get the probability required.
1 - 0.9916 = 0.0084
The Probability that the employee has worked at the store for over 10 years = 0.0084
Answer:
Financial aid.
Explanation:
For American citizens, the dream is of going into higher education. but the tuition cost is very expensive as not everyone can offered such expensive fees for enrolling into a course. The different course has different fees. For supporting the people in their financials, many organizations like public, state, financial institutions help them.
So here in the given scenario, the financial aid is the best option fitted.
