The base of a solid is bounded by the curve y = sqrt(x + 1), the x-axis and the line x = 1. The cross sections, taken perpendicular to the x-axis, are squares. Find the volume of the solid

1
2
2.333
None of these

Question

The base of a solid is bounded by the curve y = sqrt(x + 1), the x-axis and the line x = 1. The cross sections, taken perpendicular to the x-axis, are squares. Find the volume of the solid

1
 2
 2.333
 None of these

anonymous · Answer

@freckles @ganeshie8 @Hero @nincompoop @Robert136 @satellite73

anonymous · Answer

2, I think.

anonymous · Answer

dont really want the answer as much as  i want to know how to do it :P

triciaal · Answer

attachment

rds8701 · Answer

PLEASE HELP WILL FAN AND MEDAL

According to an article in Runners' World magazine:

On average the human body is more than 50 percent water [by weight]. Runners and other endurance athletes average around 60 percent. This equals about 120 soda cans' worth of water in a 160-pound runner!


Investigate their calculation. Approximately how many soda cans’ worth of water are in the body of a 160-pound runner? What unprovided information do you need to answer this question?

anonymous · Answer

wingspan move man ... wingspan move.

triciaal · Answer

I think we need the area under the curve  between 0 and 1 times   the height

solomonzelman · Answer

Is the region bounded by sqrt(x+1), y=0, and x=1 rotated around some line?
Because without that, so far, you only have a 2D object....

triciaal · Answer

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