On earth the rock has a mass of 9.6kg
94 pounds 94 pounds
A sack of cement typically weighs around 94 pounds, although the exact weight can vary slightly depending on the type and brand of cement.
There are from 134 neutrons to 153 neutrons in a plutonium atom, depending on which isotope of the element we are investigating. The isotopes 238Pu to 244Pu are arguably the most commonly considered. Use the link below for more information on isotopes of plutonium. There are quite a few, and Wikipedia has a good list.
The volume of the iron sample is length x width x height = 2 cm x 3 cm x unknown height. We know that the mass is 94 g. The density of iron is mass/volume, so you can calculate the height of the sample first and then plug in the values to find the density.
My best estimate is wario is 4'8 and weighs about 94 kg ( 207 pounds/lbs)
If a person's mass is 94 kg, then the person weighs 207.2 pounds on earth, 33.8 pounds on the moon, and 78.7 pounds on Mars. The 94 kg of mass doesn't change, no matter where he is.
I can't determine the mass of Mary, because I don't know what planet or moon she and her father live on, and I don't know the units of the total weight of 117.5 . But I can tell you that Mary's mass weighs 23.5 and her father's mass weighs 94.
Question undefined. The answer depends on how much cement you have.
The kilogram is a unit of mass, the newton is a unit of force. These are related by the equation. F = m×a (force = mass × acceleration) In order to convert a mass into a force, you need to know its acceleration. The kilogram force (kgf) means the force exerted by 1 kg of mass accelerated at the standard gravitational acceleration of Earth, which is defined as precisely 9.80665 m/s2. F = 94 kg × 9.80665 m/s2 F = 921.8 N
94 pounds 94 pounds
No it does not.
94
94 pounds or 42.6377kg
I think she weighs about 94 lbs. but im not sure
About 94 road miles.
94 minutes.
94 pounds