Answer:
a1- 2 terms
a2- 6x, 9y
a3- 6,9
b1-2 terms
b2- 7x, 12x
b3- 7,12
c1- 3 terms
c2- 5x^2, 2y, 3
c3- 5,2,3
Step-by-step explanation:
Answer:
$1954
Step-by-step explanation:
Given the profit function expressed as;
y=-3x^2 + 197x –
1279
The profit is at maximum when dy/dx = 0
dy/dx = -6x + 197
0 = -6x+197
6x = 197
x = 197/6
x = 32.83
substitute 32.83 into the modeled function
y=-3x^2 + 197x –
1279
y -3(32.83)²+197(32.83) - 1279
y = -3(1,078.03)+6,467.51 - 1279
y = -3,234.09+6,467.51-1279
y = 1,954.42
hence the maximum amount of profit the company can make, to the nearest dollar is $1954
Answer:
(46w+135) dollars
Step-by-step explanation:
Given that,
Amount in savings account = (10w+110) dollars
Amount in checking amount = (36w+25) dollars
We need to find an expression that represents the total in both accounts. It is simply the sum of amount in the savings account and checking amount.
Sum = (10w+110) dollars + (36w+25) dollars
= (10w+36w) + (110+25)
= (46w+135) dollars
Hence, the required expression is (46w+135) dollars
Let x be the opening stock, y be the closing stock and h be the number of hours.
Then, y = x - 1.45h
Here, - 1.45 refers to the decrease rate per hour.
Answer:
50.34 days
Step-by-step explanation:
The computation of the average collection period is shown below:
But before that the account receivable turnover ratio would be determined
Account receivable turnover ratio is
= ($300,000) ÷ ($55,200 + $27,600) ÷ 2
= $300,000 ÷ $41,400
= 7.25 times
Now the average collection period is
= 365 days ÷ 7.25
= 50.34 days
Here we assume that there are 365 days in a year
