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Emanuel finds himself in space, floating exactly one million kilometers away from his space ship. He is able to travel 1000 km per ml of fuel he uses from his rocket pack. If the volume of his rocket pack's tank,in cubic centimeters, can be found by rotating the function around the x-axis on the interval (0,6), how much fuel does it hold. Will he have enough fuel to get back to his ship?

I have no idea :o

  • Author

I have no idea :o

540425[/snapback]

Is that your final answer c'mon Holly!! :call a friend!! USE A LIFE LINE!! please can anyone help me :confused

I have no idea? :o

540425[/snapback]

Is that your final answer c'mon Holly!! :call a friend!! USE A LIFE LINE!! please can anyone help me :confused

540426[/snapback]

 

lol

i know i know! :D

  • Author

i know i know! :D

540429[/snapback]

:deal

16.6 gallons of fuel :confused :D :thumbup

  • Author

16.6 gallons of fuel :confused :D :thumbup

540431[/snapback]

:headscratch

7.2 and a half

7.2 and a half

540730[/snapback]

you mean 7.7? :p

I thought the outfield was for dumb people...how coul dumb people know the answer to such a hard math problem???

It depends on what function you are rotating around the x-axis, which was left out of your post.

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