Per wash load, productivity is $0.47.
<h3>Define productivity.</h3>
A common definition of productivity is the ratio of input volume to output volume. In other words, it assesses how effectively an economy uses labor and capital as production inputs to create a particular amount of output.
Being able to create, especially quickly and with excellent quality, is a sign of productivity. Making excellent school tasks in a short amount of time is an example of productivity. How quickly toys can be produced in a toy factory is an illustration of productivity.
It is computed by dividing a company's outputs by the inputs it used to achieve those outputs.
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Answer:
It would be B,C,D on edge
have a great dauyyyy!!!
Explanation:
To answer this item, we let x be the current number of chairs. After adding 50 chairs to the current inventory, the total number of chairs would then be equal to x + 50. The equation that would allow us to determine the value of x is written below.
x + 50 = (3/2)(x)
Simplifying the equation,
x + 50 = 3x/2
x - 3x/2 = -50
-x/2 = -50
Dividing both sides of the equation by -1/2, the value of x is equal to 100.
To increase the inventory by 40%, the equation would be,
y = x(1.4) = 1.4(100) = 140
<em>ANSWER: 140 chairs</em>
Carolyn should contact them and offer her services on the job, furthermore she should set a meeting to discuss the specifics of the project.
Answer:
Total= 36,800 pounds
Explanation:
Giving the following information:
Sales (units ) - Production (units):
May: 20,000 - 19,000
June: 18,000 - 16,000
Two pounds of material is required for each finished unit. The inventory of materials at the end of each month should equal 20% of the following month's production needs.
Purchases for May= production for the month + desired ending inventory - beginning inventory
Production= 19,000*2 pounds= 38,000 pounds
Desired ending inventory= (16,000*2)*0.2= 6,400 pounds
Beginning inventory= (38,000*0.2)= (7,600)
Total= 36,800 pounds
