9000
861.0
2 termites
To determine how many 2-dollar coins fit in a 1.25-liter Coke bottle, we need to consider the volume of a 2-dollar coin. A Canadian 2-dollar coin has a diameter of about 28 millimeters and a thickness of about 1.8 millimeters, giving it a volume of approximately 3.5 cubic centimeters. Since 1 liter is equivalent to 1,000 cubic centimeters, a 1.25-liter bottle holds about 1,250 cubic centimeters. Dividing the bottle's volume by the volume of a coin suggests that roughly 357 coins could fit, but this number could vary based on how the coins are packed.
70 milimeters fit into 7 centimeters, because 10 milimeters equal 1 centimeter.
Millilitres and cubic centimetres are the same measurement. Therefore, 100 cubic centimetres is equal to 100 millilitres.
Jupiter has a volume of 143,128x1010 km3, or 143,128x1025 cm3.
2 litres of water would fit
The first step is to covert cubic centimeters (cm3) to cubic meters (m3) so we are working with the same units. Since there are 1,000,000 cm3 per m3: 339.3/1,000,000 = 0.0003393Next we just divide the volume of the room by the volume of each can: 144/0.0003393 = 424403.183So you would need approximately 424,403 cans to fill a 144 m3 room.
The question is backwards. a centimeter is linear. A straight line. Cubic is a cube, 3 dimensions, and you can't fit it in a line.
A cubic centimeter is a unit of volume and kilometer is a unit of distance. You cannot place cubic centimeters "into" a kilometer. If anything you can place cubic centimeters into a cubic kilometer. The answer to that would be: 1 cubic kilometer = 1e+15 cubic centimeter Which is basically a huge number: 1,000,000,000,000,000 cubic centimeters fit into one cubic kilometer. On the other hand you can line up 100,000, 1 centimeter (1cmx1cmx1cm) cubes in a straight line and their combined length would equal to one kilometer.
To determine how many pennies will fit in a 2-pound coffee can, we need to know the volume of the can and the volume of a penny. A standard penny has a volume of approximately 0.36 cubic centimeters. Assuming the coffee can is cylindrical with a diameter of 6 inches and a height of 7 inches, its volume would be around 442 cubic inches. Converting this to cubic centimeters, we get approximately 7245 cubic centimeters. Dividing the volume of the can by the volume of a penny gives us an estimate of around 20,125 pennies that can fit in a 2-pound coffee can.
Millimeters in 1 foot? 1 foot (12 inches/1 foot)(2.54 centimeters/1 inch) = 30.48 centimeters * 10 = 304.8 mm