Explanation:
To find the probability that the sample which fails to meet the required weight or the standard weight of the marshmallows having banana flavor if the process of production is working, such that probability for the weekly sample leads to shutdown of the production if the process of the production is running properly of 1 % of the probability that at least five boxes out of the twenty five sample fails to meet the standard weight which is less than one percent that is 
We know that for p = 0.8, 
Now using binomial simulation, we can determine that for p = 0.0452
So the production process is to be redesigned for reducing the percentage of boxes of the Go Bananas of 16 ounces which failed to meet the required weight of the marshmallows having banana flavor if the production process is working properly to 5.42 percent.
Answer:
1.4
Explanation:
Given that
Q1 = 200
P1 = $200
Q2 = 300
P2 = $ 150
Recall that
Midpoint formula = Q2 - Q1/(Q2 + Q1)/2 ÷ P2 - P1/(P2 + P1)/2
= 300 - 200/(300 + 200)/2 ÷ 150 - 200/(150 + 200)/2
= 100/250 ÷ -50/175
= 0.4 ÷ 0.285
= 1.4
Answer:
Common stock and $100
Explanation:
The journal entry is shown below:
Cash Dr $500 (100 shares × $5)
To Common stock $100 (100 shares × $1)
To Additional paid in capital in excess of par value - common stock (100 shares × $4)
(Being the issuance of the common stock is recorded)
For recording this we debited the cash as it increased the assets and credited the common stock and additional paid in capital as it increased the stockholder equity
Answer:
Results are below.
Explanation:
<u>To calculate the activities rates, we need to use the following formula:</u>
Predetermined manufacturing overhead rate= total estimated overhead costs for the period/ total amount of allocation base
Designing= 452,795 / 11,900= $38.05 per designer hour
Sizing and cutting= 4,231,150 / 157,000= $36.95 per machine hour
Stitching and trimming= 1,501,000 / 79,000= $19 per labor hour
Wrapping and packing= 327,050 / 31,000= $10.55 per finished unit
Price elasticity of demand measures how changes in price affect the quantity of product demanded. A good or service's price elasticity of demand is calculated by dividing percentage change in the amount sought by percentage change in the price.
The ratio of the percentage change in quantity supplied to the percentage change in price is price elasticity of supply. A good or service's price elasticity of demand is calculated by dividing percentage change in amount sought by the percentage change in price.
The ratio of percentage change in quantity supplied to percentage change in price is price elasticity of supply.
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