Density has dimensions of (mass) divided by (volume) = M L-3
All physical quantities are combinations of one or more of the dimensions of length, mass, time, and electric charge.
The dimensions of energy in physics are typically expressed in terms of mass, length, and time. In the International System of Units (SI), energy is measured in joules (J), which can be broken down into the dimensions of mass (kg), length (m), and time (s) as follows: ( [E] = [M][L^2][T^{-2}] ). This indicates that energy has the dimensions of mass times velocity squared, reflecting its relationship to work and force.
Length, mass, and time are the three fundamental dimensions on which the measurement of all physical quantities is dependent.
Whether in English or otherwise, you cannot have a mass of 4.7 cm by 4.5 cm. A square cm (cm times cm) is a measure of area, with dimensions [L2]. Mass has dimensions [M]. Basic dimensional analysis teaches that you cannot convert between measures with different dimensions without additional information.
Density has dimensions of (mass) divided by (volume) = M L-3
mass commonly refers to any of the following three properties of matter , which have been shown experimentally to be equivalent:inertial mass,active gravitational mass, andpassive gravitational mass.
Nuclear Physicists don't really count electrons to have weight. An atom's mass comes from protons and neutrons.
The answer will depend on formula for WHAT! Its dimensions, surface area, volume, principal diagonal, mass. And on what information is available.The answer will depend on formula for WHAT! Its dimensions, surface area, volume, principal diagonal, mass. And on what information is available.The answer will depend on formula for WHAT! Its dimensions, surface area, volume, principal diagonal, mass. And on what information is available.The answer will depend on formula for WHAT! Its dimensions, surface area, volume, principal diagonal, mass. And on what information is available.
By mass, by volume or by dimensions.
A vernier caliper is used to measure length, not mass. It is a precision measuring tool commonly used in engineering, metalworking, and other fields to accurately determine the dimensions of an object with high precision.
[ force ] = [ mass ] [ acceleration ] = [ mass ] [ length/time2 ] = [ mass-length-time-2 ]
All physical quantities are combinations of one or more of the dimensions of length, mass, time, and electric charge.
This question cannot be answered. A pound is a measure of mass and so has dimensions [M]. A kilogram is a measure of mass and so has dimensions [M]. A millimetre is a measure of distance and so has dimensions [L]. So a mm * kg has dimensions [ML]. There is a mismatch in dimensions between pounds and mm*kg which means that any conversion between the two is not valid.
One possible set of SI units and what they measure are: kilogram (mass)'meter (distance) second (time) ampere (electric current) kelvin (temperature) mole (amount of chemical substance) candela (luminous intensity). It is possible to change this set. For example, you could use speed and time as basic units and define speed/time as the derived unit of distance.
You can't.If I tell you that the volume is "One quart", you still have no idea what the mass is.In fact, there are millions of different things it can be.If the quart volume is full of air, the mass is small.If the quart volume is full of vacuum, its mass is even smaller.If the quart volume is full of milk, its mass is medium.If the quart volume is full of rock, its mass is large.By the way ... if you know the dimensions, you can calculate the volume.Volume and dimensions give the same information.
The dimensions of energy in physics are typically expressed in terms of mass, length, and time. In the International System of Units (SI), energy is measured in joules (J), which can be broken down into the dimensions of mass (kg), length (m), and time (s) as follows: ( [E] = [M][L^2][T^{-2}] ). This indicates that energy has the dimensions of mass times velocity squared, reflecting its relationship to work and force.