Answer:
A) sample size = 23.475 ≈ 23
B) How to tell someone to do the test is by taking a sampling process of a lot of the products because this will help to figure out defective units in the line of production and also ensure that the quality of the products are up to the same quality required
Explanation:
Data given
AQL = 20%, = 0.2
LTPD = 52% = 0.52
Assuming consumer risk acceptable by company = 10%
producer risk = 5%
A) First we calculate the ratio
= LTPD / AQL = 0.52 / 0.2 = 2.6
from the table of LTPD/AQL 2.6 is closest to 2.768
to calculate the sample size we apply the formula from the exhibit table
n ( AQL ) = 4.695
Therefore n ( sample size ) = 4.695 / 0.2 = 23.475
B) How to tell someone to do the test is by taking a sampling process of a lot of the products because this will help to figure out defective units in the line of production and also ensure that the quality of the products are up to the same quality required
Answer:
no capital gain or loss
Explanation:
A customer buys $10,000 of 30 year corporate bonds with 10 years left to maturity at 92. The customer elects not to accrete the discount annually. At maturity, the customer will have no capital gain or loss.
Answer: b) Supply is inelastic and demand is inelastic.
Explanation: Dead-weight loss is the loss in total surplus when a tax is imposed on a good which restricts demand and supply from balancing. When both the demand and the supply curves are inelastic, the effect of a tax will be lead to a small change in the quantity being traded in the market. Thus, the equilibrium quantity at the taxed price will not fall much and the dead weight loss will therefore, be smaller.
Answer:
120 seconds (2 minutes)
Explanation:
Standard time = normal time + allowances
The normal time is computed using the following formula
normal time = observed time X ratings/100
observed time mean = (84+76+80+84+76)/5 = 80
A person who is 25% faster has a rating of 125%
normal time = 80 X 125/100 = 100 seconds
Allowances is calculated as a percentage of normal time
Allowance = 80 X 20/100 = 20 seconds
Standard time = 100 + 20 = 120 seconds
