Question

consider a triangle with vertices (a,b), (c,d), (e,f), with the area of the triangle b/2

a = area of an equilateral triangle with side length b

c = length of diagonal of a cube with side length b

a/c = the positive asymptote of the conic equation
(x^2)-2(y^2)=6

d = volume of largest cube that can be contained in a sphere with a radius of a/2

e = c less than the product of a and b

what is the value of the sum of the possible values of f?

Answer 1

"a" cannot be a linear dimension, as in the coordinate (a,b), and at the same time be an area, as in "area of an equilateral triangle with side length b ". Also, an asymptote cannot be defined by a single number. The problem is flawed.

Answer 2

i have a question with my algebra hw about (7Xto the6*ytothe9)to the4/3xtothe 10*y to the 4

Answer 3

flawed

Answer 4

you is dumb if you don't know how to do this...
haha