Answer:
because they could be very popular
Explanation:
can you give brainliest
Answer:
The unemployment rate is 9%
Explanation:
First it is important to know that the total labor force consists of individuals who are employed and unemployed.
The type of persons that are not included in the labor force are the Students, homemakers, retirees and discouraged workers.
The ones that are included are the employed full time, part time workes, the persons out of work and the ones actively looking for work
The Total labor force then is = employed full time + employed part time + out of work and actively looking for work
Total labor force = 122 million + 30 million + 15 million
Total labor force = 167 million
To calculate then the unemployment rate you have to use the following equation:
unemployment rate= <u>unemployed</u>
total labor force
unemployment rate= <u>15 million</u>
167 million
unemployment rate= 9%
Answer:
1,100 units; 1,050 units
Explanation:
Calculation to determine the equivalent units for direct materials and conversion costs, respectively, for March
DIRECT MATERIALS CONVERSION COSTS L
Completed and transferred out
1,000 units 1,000 units
(300 units+800 units - 100 units)
Add Work in process, ending
100 units 50 units
(50% Complete*100 units=50 units)
Total equivalent units
1,100 units 1,050 units
Therefore the equivalent units for direct materials and conversion costs, respectively, for March will be 1,100 units; 1,050 units
Answer:
Over the life of the battery, the battery that is most cost-effective is:
The AA alkaline non rechargeable battery.
Explanation:
a) Data and Calculations:
Number of times that NiCad batteries can be recharged (reused) = 100 times
Cost of a 4 pack of AA NiCad rechargeable batteries = $10.80
Recharging cost = $1 ($0.01 * 100)
Total cost of AA NiCad rechargeable batteries = $11.80
Cost per use = $0.12 ($11.80/100)
Cost of a 4 pack of AA alkaline non rechargeable batteries = $3.69
Cost per use of AA alkaline non rechargeable batteries = $0.04 ($3.69/100)
b) The comparison and the resulting conclusions are based on the assumption that the non rechargeable and the rechargeable batteries enjoy equal useful life. Therefore, the AA alkaline non rechargeable batteries are also used 100 times.
The present value is $450,000, and we have 4% annual interest over 10 years. Since we are looking at monthly payments, we further divide the 10 years into 120 months. The monthly interest is calculated as:
(1.04) = (1+i)^12
i = 0.003274
Then using the formula for periodic payments:
PP = PV*i*(1+i)^n / [(1+i)^n - 1]
PP = (450,000)*0.03274*(1.03274)^120 / (1.03274^120 - 1)
PP = $4540.75
Therefore, the monthly payment is $4,540.75.