SOLUTION: find the exact positive value of c which makes the area under the graph of y=c(1-x^2)and above the Xaxis equal to 1.

Question 214388: find the exact positive value of c which makes the area under the graph of y=c(1-x^2)and above the Xaxis equal to 1.
Answer by Alan3354(69443) (Show Source): You can put this solution on YOUR website!
find the exact positive value of c which makes the area under the graph of y=c(1-x^2)and above the Xaxis equal to 1
-----------
INT(c - cx^2) = cx - (cx^3)/3 + K
---------------
It's 0.75, but I don't yet know how to solve for c.
I suggest you repost it while I'm working on it, someone else might help.
RELATED QUESTIONS
D (-1,2,3) and E (4,0,-1) . how would i find the angle vector DE [which i found to be... (answered by Alan3354)

eqautions and inequalities x^2 � x � 20 find the positive discriminant X^2 � 16x +... (answered by rmromero)

The graph of y = n ( 1−x^2 ) has an area equal to 51, find the value of... (answered by rothauserc)

find the equation of circle which touches xaxis at (4,0) and also passes through... (answered by jim_thompson5910)

Find the exact area of the region below the graph of y=-x^2+3x+4 above the x axis and... (answered by Fombitz)

Please help me solve this equation: Consider the function {{{ f(x)= root(3,x) }}}, {{{... (answered by jsmallt9)

1. Find all roots of x3 + 2x2 + 2x + 1. Hint: Find the rational one(s) first. A.... (answered by Alan3354)

graph each system of constraints. find all vertices. evaluate the objective function at... (answered by Fombitz)

The graph of y=ax^2 -4x + c had x-intercepts of -1 and 5. Find the values of a and c.... (answered by rothauserc)