Given that begin equation . . begin fraction . . 2 over 3 . . end fraction . . times a equals 16 . . end equation, which of the following illustrates how the multiplicative inverse property can be used to find the value of a? a begin equation . . 1 times the quantity . . begin fraction . . 2 over 3 . . end fraction . . times a . . equals 1 times 16 . . end equation b begin equation . . begin fraction . . 2 over 3 . . end fraction . . times a minus . . begin fraction . . 2 over 3 . . end fraction . . minus a equals 16 minus . . begin fraction . . 2 over 3 . . end fraction . . times a . . end equation c begin equation . . 0 times the quantity . . begin fraction . . 2 over 3 . . end fraction . . times a . . equals 0 times 16 . . end equation d begin equation . . begin fraction . . 3 over 2 . . end fraction . . times the quantity . . begin fraction . . 2 over 3 . . end fraction . . times a . . equals . . begin fraction . . 3 over 2 . . end fraction . . times 16 . . end equation

answer: get jesus in your life

step-by-step explanation:

answer: ratio of volume of cone (with 3 times the height and equal diameter) to volume of cylinder is 2 to 1. the value of π is not used.

step-by-step explanation:

radius is diameter/2 = 4.

area of circle is π r^2.

volume of cylinder is height × area of base = hπr^2 = 3(4^2) π = 48π cubic inches.

not knowing the formula for volume of cone, i calculate it using calculus (which is for calculating things).

volume of cone is integral 0 to h area(y) dy. area(y) is π r(y)^2. r(y) runs r to zero as y runs zero to h, r(0) = r, r(h) = 0.

r(y) = r - r/h y

area(y) = π (r - r/h y)^2 = π (r^2 - 2r^2y/h + r^2y^2/h^2) = π r^2(1-2y/h+y^2/h^2)

antiderivative area(y) = π r^2 (y-y^2/h+y^3/(3h^2))

integral 0 to h = π r^2(h-h^2/h+h^3/(3h^2) - (0)) = π r^2(h - h + h/3) = π r^2(h/3) = π/3 r^2 h

volume of this cone is π/3(4^2)18 cubic inches.

= 6 16 π = 96π cubic inches.

cone has twice the volume, 96/48.

cone height is 6 times the cylinder.

ratio of volume formula: π r^2 cancels.

cone over cylinder ratio is 6h/3 to h, 2 to 1.

answer: he is 272195

step-by-step explanation: all you have to do is multiple 3535 and 77 and it equals 272195

c

step-by-step explanation:

there is vertical asymptote at x = 2 and x = 0

vertical asymptote occurs at the points where the denominator is 0. so we can say that

x = 2 occurs when there is a factor (x-2) in the denominator, and

x = 0 occurs when there is a factor "x" in the denominator

thus, the denominator of the equation would have "x * (x-2)", this is option c only. that's the correct answer.