A closed container has 3.06 ⋅10^23 atoms of a gas. Each atom of the gas weighs 1.67 ⋅10–24 grams. Which of the following shows and explains the approximate total mass, in grams, of all the atoms of the gas in the container? (1 point)

0.47 grams, because (3.06 + 1.67) ⋅(1023 ⋅10–24) = 4.73 ⋅10–1
5.11 grams, because (3.06 ⋅1.67) ⋅(1023 ⋅10–24) = 5.1102
0.51 grams, because (3.06 ⋅1.67) ⋅(1023 ⋅10–24) = 5.1102 ⋅10–1
4.73 grams, because (3.06 + 1.67) ⋅(1023 ⋅10–24) = 4.73
HELP!!!!!

Question

A closed container has 3.06 ⋅10^23 atoms of a gas. Each atom of the gas weighs 1.67 ⋅10–24 grams. Which of the following shows and explains the approximate total mass, in grams, of all the atoms of the gas in the container? (1 point)

	0.47 grams, because (3.06 + 1.67) ⋅(1023 ⋅10–24) = 4.73 ⋅10–1
	5.11 grams, because (3.06 ⋅1.67) ⋅(1023 ⋅10–24) = 5.1102
	0.51 grams, because (3.06 ⋅1.67) ⋅(1023 ⋅10–24) = 5.1102 ⋅10–1
	4.73 grams, because (3.06 + 1.67) ⋅(1023 ⋅10–24) = 4.73
HELP!!!!!

will.h · Answer

it is clearly either B or C because oh the multiplication property being used not addition 

yet we will have to find out how much 3.06 * 10^23 equal to in grams