From the information, the value of the direct material is $4130 and the direct labor cost will be $39200.
<h3>How to calculate cost</h3>
From the complete information, direct material is $4130. The direct labor cost will be:
= $31700 + $7500
= $39200
The manufacturing overhead will be:
= $3110 + $560 + $820 + $3600 + $195 + $210 + $1120 + 2120
= $11735
Prime cost will be:
= Direct material + Direct labor
= $4130 + $39200
= $43330
Learn more about cost on:
brainly.com/question/25109150
Answer:
1 hot, 2 hot, 3 hot, 4 hot, 5 cold, 6 cold, 7 hot, 8 hot, 9 hot, 10 hot
Explanation:
cold sandwich is a plain sandwich made up of bread preferably a day-old, bread, toasted if desired and on which butter can be readily spread. hot sandwich consists of hot fillings, usually meats but sometimes fish, grilled vegetables or other hot items, between two slices of bread.
Just you know what that is but if I’m clearly about that question then I don’t know what to tell you and beside I don’t know the answer too
The probability that X is greater than 70 and less than 90 is; 0.85
<h3>How to find the probability?</h3>
Let X be the binomial random variable with the parameters:
n = 200
p = 0.4
Then, the random variable Z defined as:
Z = (X - np)/(√(np(1 - p)
The probability that X is greater than 70 and less than 90 is expressed as; P(70 < X < 90)
At X = 70, we have;
Z = (70 - (200*0.4))/(√(200 * 0.4(1 - 0.4))
Z = -1.44
At X = 90, we have;
Z = (90 - (200*0.4))/(√(200 * 0.4(1 - 0.4))
Z = 1.44
Thus, the probability would be expressed as;
P(-1.44 < Z < 1.44)
From online p-value calculator, we have;
P(-1.44 < Z < 1.44) = 0.85
Complete question is;
Suppose that X is a binomial random variable with n = 200 and p = 0.4 Approximate the probability that X is greater than 70 and less than 90.
Read more about probability at; brainly.com/question/4621112
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