Tablets are on sale for 15% off the original price (t), which can be expressed with the function p(t) = 0.85t. Local taxes are an additional 8% of the discounted price (p), which can be expressed with the function c(p) = 1.08p. Using this information, which of the following represents the final price of a tablet with the discount and taxes applied based on its original price? (2 points)

c[p(t)] = 0.918t
c(p) + p(t) = 1.93t
c(p) ⋅ p(t) = 0.918pt
t[c(p)] = 1.93p

Question

Tablets are on sale for 15% off the original price (t), which can be expressed with the function p(t) = 0.85t. Local taxes are an additional 8% of the discounted price (p), which can be expressed with the function c(p) = 1.08p. Using this information, which of the following represents the final price of a tablet with the discount and taxes applied based on its original price? (2 points)

 	
	c[p(t)] = 0.918t
	c(p) + p(t) = 1.93t
	c(p) ⋅ p(t) = 0.918pt
	t[c(p)] = 1.93p

ask_if_im_a_ghost · Answer

c(p)=c(p(t))=c(0.85t)=1.08(0.85t)=0.918t

kellygirl34 · Answer

so what is the answer @Ask_If_Im_a_Ghost

ask_if_im_a_ghost · Answer

The first one

kellygirl34 · Answer

thats what i thought