Answer:
Explanation:
To answer this question, we first need to calculate the marginal utility per dollar for doughnuts. Recall that the marginal utility per dollar for a good is the marginal utility divided by the price of the good (=MU/P). For the first doughnut we have 10 (=10/$1), the second doughnut 9(=9/$1), third 9, fourth 8, fifth 7, sixth 6, seventh 5, eighth 4, ninth 3, tenth 2 and eleventh 1. The marginal utility per dollar for every cup of coffee is 5.5 (=5.5/$1). To determine how big the budget would have to be before Omar would spend a dollar buying his first cup of coffee, we compare the marginal utility per dollar values. Omar will purchase the first doughnut before he buys a cup of coffee because the marginal utility per dollar for the doughnut is greater than the marginal utility per dollar for the cup of coffee (10>1.5). The same is true for the second through the eighth doughnut. This implies Omar will buy 8 doughnuts at the price of $1 before he buys his first cup of coffee. Therefore his budget will need to $9 before he buys his first cup of coffee, $8 on the doughnuts and $1 for the cup of coffee.
Answer: $8
The Hawthorne studies found that employees in the experimental group WERE MORE PRODUCTIVE THAN OTHER EMPLOYEES AND IT DOES NOT DEPEND UPON THE LEVEL OF LIGHTING.
The Hawthorne studies was conducted by Elton Mayo and his colleagues to determine the level of illumination and its relationship with the productivity.
Answer:
FV= $1,259.71
Explanation:
Giving the following information:
Initial deposit (PV)= $1,000
Number of periods (n)= 3 biannual years
Interest rate (i)= 8% = 0.08
<u>To calculate the future value (FV), we need to use the following formula:</u>
FV= PV*(1+i)^n
FV= 1,000*(1.08^3)
FV= $1,259.71
<span>To calculate the average collection period: the average accounts receivable balance divided by average credit sales per day.
With $1,000,000 per year, that is $2739.73 per day.
The average accounts receivable is ($80,000 + $60,000) / 2 = $70,000
$70,000 / $2,739.73 = 25.6 days</span>