The average daily demand for component B is 750 units. The average time for waiting during the production process and materials handling is 0.15 days. Processing time per container is 0.1 days. The container capacity is 50 units and the policy variable is 5%. What number of containers is required for component B?

4 containers

Explanation:

Given

Average daily demand, d= 750 units

Average time for waiting during production and materials handling, w = 0.15 days

Processing time per container, t = 0.1 days

Container capacity, c = 50 units

Policy variable, α = 5% = 0.05

Number of containers required for component B is calculated as follows;

Total Production/Container Capacity.

Total Production = d(w + t)(1 + α)

Total Production = 750 * (0.15 + 0.1) * (1 + 0.05)

Total Production = 196.875

Number of containers = 196.875/50

Number of containers = 3.9375

Number of containers = 4 --- approximated

4

Explanation:

daily demand(d) = 750 unjts

Policy variable(¢) = 5/100 = 0.05

Waiting time(w) = 0.15 days

Container capacity(c) = 50 units

Processing time per container(p) = 0.1 days

k = number of containers

Using the formula:

k = [d(w + p)(1 + ¢)] ÷ c

k = [750(0.15 + 0.1) × (1 + 0.05)] ÷ 50

k = [750(0.25) × (1.05)] ÷ 50

k = 196.875 ÷ 50

k = 3.9375 = approximately 4 containers

its c its is a mixture of gases

answer;

d. are made mostly of liquid

explanation;

-the general   composition and structure planets includes; they have a thick gas and liquid layer covering a small,solid core. mostly the gases are hydrogen and helium atmosphere and layers of liquid hydrogen. for instance neptune and uranus are examples of the outer planets, they have a core covered by ice and ammonia.

-neptune's atmosphere is hydrogen and helium with a bit of methane so there is no oxygen to breath and the interior is made up of frozen water and ammonia with a rock and iron core. thus, there is no liquid water or solid surface to survive.