Akira is folding a piece of paper that is 0.2 millimeters thick in half. The thickness of the paper doubles with each fold. Let n represent the fold number and t(n) represent the thickness of the paper. Which exponential function represents this scenario?

A t(n)=12(0.2)nt times n is equal to 1 half times 0 point 2 to the n th power

B t(n)=0.2(2)nt times n is equal to 0 point 2 times 2 to the n th power

C t(n)=0.2(12)nt times n is equal to 0 point 2 times 1 half to the n th power

D t(n)=2(0.2)nAkira is folding a piece of paper that is 0.2 millimeters thick in half. The thickness of the paper doubles with each fold. Let n represent the fold number and t(n) represent the thickness of the paper.