Answer:
Serving size. Check to see how many servings the package contains. ...
Calories. How many calories are in one serving? ...
Carbohydrates. The total carbohydrates listed on a food label include sugar, complex carbohydrate and fiber, which can all affect blood glucose. ...
Total fat. ...
Saturated fat. ...
Trans fat. ...
Cholesterol. ...
Sodium.
Explanation:
Serving size. Check to see how many servings the package contains. ...
Calories. How many calories are in one serving? ...
Carbohydrates. The total carbohydrates listed on a food label include sugar, complex carbohydrate and fiber, which can all affect blood glucose. ...
Total fat. ...
Saturated fat. ...
Trans fat. ...
Cholesterol. ...
Sodium.
Answer:
A is the answer
Explanation:
Since it is the purchasing managers job to find the best supplier it is also their job to assure that the supplier doesn't only give a better price do to quality cutbacks because it would cost consumer relations if this is a problem they would have to change suppliers.
Answer:
9.5 %
17.3%
Explanation:
The market required rate of return = risk free rate + ( Market Beta × Market risk premium)
= 3.5% + (1 × 6%) = 9.5%
The stock required rate of return = 3.5% + (2.3 × 6%) = 0.173 = 17.3%
I hope my answer helps you
The amount of overhead allocated to a job that used 300 direct labor hours is $900.
<h3>Overhead allocated:</h3>
First step is to calculate the predetermined overhead rate per direct labor hour
Using this formula
Predetermined overhead rate=Estimated manufacturing overhead/Estimated direct labor hours
Predetermined overhead rate=$450,000/150,000
Second step is to calculate the overhead allocated
Overhead allocated=Predetermined overhead rate × Direct labor hours
Overhead allocated=$3×300
Overhead allocated=$900
Inconclusion the amount of overhead allocated to a job that used 300 direct labor hours is $900.
Learn more about overhead allocated here:brainly.com/question/15739613
Answer:
- 1. <em>For the amount to double</em>: <u>9.37 years</u>
- 2. <em>For the amount to triple</em>: <u>14.85 years</u>
Explanation:
The equation for continuosly compounded interest is:
Where:
- P is the amount that you invest today: $1,300
- F is the value after t years: the double or triple of $1,300
- r is the annual interest rate: 0.074
<u>1. For the amount to double:</u>
Substitute the values and solve for t:
<u>2. For the amount to triple:</u>
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