Asked by GGIFT
1. The cost, in millions of dollars, to remove x % of pollution in a lake modeled by C = __6,000__ (all supposed to be underlined)
300-3x
a. What is the cost to remove 75% of the pollutant?
b. What is the cost to remove 90% of the pollutant?
c. What is the cost to remove 99% of the pollutant?
d. For what value is this equation undefined?
e. Do the answers to sections a. through d. match your expectations? Explain why or why not.
300-3x
a. What is the cost to remove 75% of the pollutant?
b. What is the cost to remove 90% of the pollutant?
c. What is the cost to remove 99% of the pollutant?
d. For what value is this equation undefined?
e. Do the answers to sections a. through d. match your expectations? Explain why or why not.
Answers
Answered by
Reiny
Type divisions this way ...
C = 6000/(300-x)
a) replace x with 75
C = 6000/(300-3(75))
= 6000/75 = 80
b) you try it, should get 200
c) should be really high
d) what happens when x = 100 ?
C = 6000/(300-x)
a) replace x with 75
C = 6000/(300-3(75))
= 6000/75 = 80
b) you try it, should get 200
c) should be really high
d) what happens when x = 100 ?
Answered by
GGIFT
For A...I have 80million
B...200million
C...58 million
B...200million
C...58 million
Answered by
Reiny
c)
C = 6000/(300 - 3(99))
= 6000/3
= 2000 million
C = 6000/(300 - 3(99))
= 6000/3
= 2000 million
Answered by
GGIFT
ok i did it like this:
6000/(300-3*99)
oh!!! never mind got it now..thank you!!!!
6000/(300-3*99)
oh!!! never mind got it now..thank you!!!!
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