Answer:
the weekly grocery bill in 4 years is $486.2025
Explanation:
The computation of the weekly grocery bill in four years is shown below:
= Estimated amount × (1 + rate of interest)^number of years
= $400 × (1 + 0.05)^4
= $400 × 1.21550625
= $486.2025
hence, the weekly grocery bill in 4 years is $486.2025
We simply applied the above formula so that the correct value could come
And, the same is to be considered
<span>A petition that, if signed by a majority of the members of the House of Representatives, will pry a bill from committee and bring it to the floor for consideration.
A discharge petition!</span>
Answer:
Explanation:
The meaning of terms is shown below:
Direct material: The material which is directly related to the production process of the product is known as direct material
Direct labor: The labor who are engaged in production process of the product plus their wages is known as the direct labor
Manufacturing overhead: All the indirect cost related to manufacturing is known as manufacturing overhead i.e depreciation on factory equipment, the salary of supervisor etc
The categorization is given below:
a. Windshield - direct materials
b. Engine - direct materials
c. Wages of assembly line worker - direct labor
d. Depreciation of factory machinery - manufacturing overhead
e. Factory Machinery lubricants - manufacturing overhead
f. Tires - direct materials
g. Steering wheel - direct materials
h. Salary of painting supervisor - manufacturing overhead
Required reserves of banks are a fixed percentage of their fixed deposits.
<h3>What are required reserves?</h3>
Required reserves is the percentage of deposits required of banks to keep as reserves by the central bank. Required reserves are used to control the amount of loans a bank can give out. This in turn affects the money supply in the economy.
Reserves are also needed to meet unforeseen circumstances.
To learn more about required reserves, please check: brainly.com/question/12417681
Answer:
b. 16% defectives
Explanation:
Let the number of units shipped be N
Let the defect rate be y%
Cost of replacing defectives once shipped = (y/100)×N× 2.5 ........equation (1)
Cost of 100% inspection = N × 0.4 .........equation (2)
At the indifference point, both costs, that is the replacement cost and inspection cost are equal. Therefore, we make both equations (1) and (2) equal.
N × 0.4 = (y/100)×N× 2.5
100 × 0.4 = y ×2.5
y = 40/2.5 = 16
She is indifferent at 16% defectives
