For problems a - d, write the function in the form LaTeX: y=ab^x. y = a b x . a) LaTeX: y=3\sqrt{4^{2x}} y = 3 4 2 x b) LaTeX: y=\frac{\sqrt[3]{5^{3x}}}{2} y = 5 3 x 3 2 c) LaTeX: y=8^{x+2} y = 8 x + 2 d) LaTeX: y=\frac{3^{2x+1}}{\sqrt{3^{2x}}}

Step-by-step explanation:

To write the equation in LaTeX in form y = ab^x  or for y = abx .........(1)

(a) LaTeX: y=3\sqrt{4^{2x}}  y = 3 4 2 x can be written in mathematical form as

; y = 342x

on comparing with equation (1) we get a =3 and b =4

⇒y = 34^x or

(b) LaTeX: y=\frac{\sqrt[3]{5^{3x}}}{2} y = 5 3 x 3 2 can be written in mathematical form as

; y = 342x

on comparing with equation (1) we get a =0.5 and b =5

⇒y =

(c)LaTeX: y=8^{x+2} y = 8 x + 2 can be written in mathematical form as

on comparing with equation (1) we get a =64 and b =8

y =

(d)LaTeX: y=\frac{3^{2x+1}}{\sqrt{3^{2x}}}  can be written in mathematical form as

= =

on comparing with equation (1) we get a =3 and b =3

y =

i'm pretty sure it's 477,585,296, but perhaps my math is incorrect.

the answer is a

step-by-step explanation:

39.00 x 24 = total installment price

carrying installment price - cash price

needed to save the .00/