Answer:
The Capacity utilization rate is 73.94 units per hour for the month.
Explanation:
Provided data,
Output rate = 160 units per hour
In the month of July,
Total production hour = 295 hours.
Total units = 34900 units.
Ideal output units in the month of July = output rate × total production hour
= 160 × 295
= 47200 units.
Capacity utilization rate of production shop is given by,
Utilization rate = (output unit in July ÷ idea output) × 100
= (34900 ÷ 47200) × 100
= 0.7394 × 100
= 73.94 units per hour
So, the Capacity utilization rate is 73.94 units per hour for the month.
Answer: Equilibrium price is $3 and equilibrium quantity is 40 units.
Explanation:
Demand equation is given by,
Therefore the demand equation is given by, 
Supply equation is given by
Therefore, the supply equation is given by,
Equilibrium is given by
Answer:
a. True
Explanation:
For computing the amount of safety time required for protecting a specific path we need to subtract the total of safety time in order to protect the individual activities who are making the path so that the path should be secure, safe and protected
Hence, the given statement is true
Therefore the correct option is a. True
Answer:
problems
before
franchise
idea
Any two of these:
Make time to meet with clients instead of talking on the phone.
Join a business networking group.
Take business colleagues or prospects out to lunch at least once a week.
Teach a workshop in your field at the community college.
Any two of these
Freedom
Creativity
Profit
Explanation:
pf
Answer:
Final Value= $370,481.13
Explanation:
Giving the following information:
Amy's contribution, plus that of her employer, amounts to $2,150 per year starting at age 23. Amy expects this amount to increase by 3% each year until she retires at the age of 57 (there will be 35 EOY payments). Interest rate= 5%.
<u>First, we will add the growth of the deposits to the interest rate:</u>
Interest rate= 0.03 + 0.05= 0.08
Now, to calculate the final value, we need to use the following formula:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit= 2,150
i= 0.08
n= 35
FV= {2,150*[(1.08^35)-1]}/ 0.08= $370,481.13
