Answer:
Variable overhead efficiency variance= $3,000 favorable
Explanation:
<u>To calculate the variable overhead efficiency variance, we need to use the following formula:</u>
Variable overhead efficiency variance= (Standard Quantity - Actual Quantity)*Standard rate
Standard quantity= 3*15,000= 45,000 hours
Actual quantity= 44,000 hours
Standard rate= $3 per hour
Variable overhead efficiency variance= (45,000 - 44,000)*3
Variable overhead efficiency variance= $3,000 favorable
The average score of the student in the class at a 99% confidence lies between 1.252 and 3.028
Explanation:
Given values are
n = 14 = 2.14 σ = 1.29 z value for 99% confidence = 2.576
The mean is known one
= (z σ/√14)
= (2.576 ×1.29÷√14)
= 2.576 × 0.345
= 0.888
= mean- 0.888 = 2.14 - 0.888 = 1.252
= mean+0.888 = 2.14 + 0.888 = 3.028
The average score of the students in the class at a 99% confidence lies between 1.252 and 3.028
The project must demonstrate,
one, the problem you are trying to solve. Two, the solution of the problem, how
innovative it is and compelling. Three, what did you learn throughout the
project. Four, accuracy of the conclusion of the project. And lastly, how were
you able to effectively present and demonstrate the project to your audience.
Answer: Forward Integration
Explanation:
Forward integration is a process where a company takes over the control of another company that is further along in the value chain so that it might be able to sell or distribute is goods more effectively. For example, an oil company taking over a petroleum products company.
In this scenario, the Brazilian company purchased a huge part of a company further along in distribution in order to facilitate better sales so this is forward integration.
<em>Patents protected inventors and let them profit from their inventions</em>
<em>~Luis~</em>
