Answer:
Decrease
Explanation:
The reason is that the price and demand are inversely proportional so if the price has been increased then the demand of the product will be decreased. Take the example of Bugatti Chiron, the price of the car is $19 million and total number of people that own is in tens this is because the buyers are less in quantity due to higher prices of the product. Same is the case here, if the accountant is going to charge high then his revenue will drop due to lower people are willing to buy its services.
Certain types of contracts must be in writing pursuant to the statute of "frauds".
A state statute that necessitates certain kinds of agreements to be written, expected to guarantee that terms of imperative contracts are not overlooked, misconstrued, or fabricated, reason for this is to smother misrepresentation, fraudulent cases, some of the time envisioned in light of ensuing occasions or basically invoked.
An economy that is neither growing nor shrinking is usually said to be in a period of stagnation.
Answer:
Total cost= $877,500
Explanation:
<u> First, we need to calculate the unitary variable cost:</u>
Unitary variable cost= 135,000 / 30,000= $4.5
Unitary variable cost= 180,000 / 40,000= $4.5
Unitary variable cost= 225,000 / 50,000= $4.5
<u>Now, the total cost for 35,000 hours:</u>
Total cost= Unitary variable cost*total number of hours + fixed costs
Total cost= 4.5*35,000 + 720,000
Total cost= $877,500
The defective rate per hour for a machine is 0.0148 or it can be said that the defective rate per hour for a machine is 1.48%.
<h3>What is the defective unit?</h3>
A unit is considered faulty if it has one or more flaws. The quantity of defective units is typically counted during inspections. Many people prefer to use the word "nonconforming units" to make it clear that just because a unit doesn't satisfy the requirements doesn't mean it is ineligible for use.
Given,
Total Production per hour = 2500
Defective unit per hour = 37
Calculation of Defective units rate per hour = Defective unit per hour divided by the Total Production per hour and multiply by 100.
Defective Unit rate per hour = 37 x 100/2500 = 1.48%
Thus, the defective unit per hour rate is 1.48% or 0.0148. The quantity of defective units is typically counted during inspections.
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