Answer:
Total cash collection= $530,000
Explanation:
Giving the following information:
<u>Sales:</u>
February $500,000
March $400,000
April $600,000
60% of the credit sales are collected in the month of sale, 30% in the month following sale, and 10% in the second month following the sale.
<u>Cash collection April:</u>
Cash collection credit sales from April= (600,000*0.6)= 360,000
Cash collection credit sales from March= (400,000*0.3)= 120,000
Cash collection credit sales from February= (500,000*0.1)= 50,000
Total cash collection= $530,000
Answer:
increase short-run aggregate supply.
Explanation:
Given that energy is an important part of the production process. It is often considered to be the next in line after labor, thereby having a significant effect on the economy's aggregate supply of real production.
Hence, a decrease in energy prices will decrease the production cost and in turn lead to an increase in short-run aggregate supply, thereby making the SRAS curve shift rightward.
This is because a decrease in energy prices will make it possible for companies to increase their supply of real production at a cheaper cost
Answer:
C. is higher than the market wage and tends to increase productivity.
Answer:
β of the stock = 1
Explanation:
Given:
α of a stock = 0%
Return on the market index = 16%
Risk-free rate of return = 5%
Required rate = 11% + 5% = 16%
β of the stock = ?
Computation of β of the stock:
Required rate = Risk-free rate of return + [β (Return on the market index - Risk-free rate of return)]
16% = 5% + [β (16% - 5%)]
16% - 5% = β (16% - 5%)
11% = [β (16% - 5%)
11% = [β (11%)
β of the stock = 1
An activity's normal time and cost are = 8 and $100 respectively
estimated crash time and cost are = 6 and $160 respectively
Activity's crash cost per unit time = ?
crash cost per unit time = cost slope and,
cost slope = rise/run = (crash cost - normal cost) / (normal time - crash time)
cost slope = (160 - 100) / (8 - 6) = 60 / 2 = $30
so, crash cost per unit time is $30.