R(p) = -15p² + 200p + 10,000
To find the maximum of the function, we take the first derivative and equate to 0:
R'(p) = -30p + 200
0 = -30p + 200
p = 6.67
A price of $6.67 will maximize revenue.
Answer:$18200
Step-by-step explanation:
Find the depreciating price after one year
7% of 28000
7/100* 28000=$1960 is the depreciating cost
Multiple the depreciating cost by 5 year
1960*5=9800
Actual cost - depreciating cost after 5 year
28000-9800= $18200
Answer:
Y=-4x-5
Step-by-step explanation:
-21=-4(4)+b
-21=-16+b
b=-5
y=-4x-5
Put it as number of donuts over price..... because it's x over y
Minutes per year is the main thing to figure out here which takes a tiny bit of multiplying but you'll end up with 525,600 minutes
just divide the deaths per year by minutes per year and it should give you the correct answer
2,600,000/525,600 = 4.95 so if you end up rounding, just about 5 deaths per minute
