Respuesta :
volume of a dollar bill = length * width * thickness = 0.06890922 in^3
1 cu foot = 12*12*12 = 1728 ft^3 . Thus the volume of one note =
0.06890922 / 1728 = 3.987802083 * 10^-5 ft^3
Multiplying this by a billion (10^9) gives 39878 ft^3 to nearest cubic foot.
1 cu foot = 12*12*12 = 1728 ft^3 . Thus the volume of one note =
0.06890922 / 1728 = 3.987802083 * 10^-5 ft^3
Multiplying this by a billion (10^9) gives 39878 ft^3 to nearest cubic foot.
Answer:
0.0000398 cubic ft.
Step-by-step explanation:
Given : A 1-dollar bill is 6.14 inches long, 2.61 inches wide, and 0.0043 inch thick.
To Find : . how many cubic feet would a billion dollars occupy?
Solution :
Length =6.14 inches
Width =2.61 inches
Height = 0.0043 inch
Since dollar bill is in cuboid shape .
Volume of 1- dollar bill = length*width*height
= 6.14*2.61*0.0043
= 0.06890922 cubic inches.
1 cubic inch =0.000578704 cubic ft.
0.06890922 cubic inches= 0.0000398 cubic ft.
Thus the volume of 1- dollar bill is 0.0000398 cubic ft.
