Mass is measured with a balance and temperature with a thermometer.
cw: Mass (gravitational): Usually you measure the force of its attraction to Earth.
Mass(kinetic): Usually you measure the acceleration from a given force.
Temperature can also be measured by its radiation spectrum (e.g., a star).
Mass and weight are two different things: you cannot measure the mass of your weight. That is like talking about the temperature of your height - it makes no sense.
The "amount of matter" is a popular - and not very precise - term for the object's mass.
Liters measure volume. Grams are a measure of mass, degrees Celsius are a measure of temperature, and meters are a measure of length.
If you can measure 3 of these 4 things then you can use this formula q( energy in Joules ) = Mass * specific heat * temperature final - temperature initial
Temperature.
Kelvin is a unit for temperature, and can't be used to measure mass.
It depends on what you want to measure: their numbers, distance, mass, temperature, ...
Temperature is the measure (in degrees Kelvin) of the average kinetic energy of the atoms and molecules of a material.
Month is a measure of TIME
No a balance can not measure volume however it does measure mass. You can find the volume by using the balance to find the mass of what ever you want then if you know the density of the thing then you simply divide the mass by the density.
That depends what you want to measure: its height, its mass, its color, its temperature, etc.
Density = (mass) divided by (volume). You must have known that at some level; otherwise, how did you decide that mass and volume were the things to measure, instead of, say, weight and temperature ?
Mass and weight are two different things: you cannot measure the mass of your weight. That is like talking about the temperature of your height - it makes no sense.
The answer depends on what characteristic you want to measure: its perimeter, area, mass, temperature, albedo, etc.
The answer depends on what you want to measure: its mass, length, "equatorial" circumference, volume, density, temperature, conductivity, ...
hah
The "amount of matter" is a popular - and not very precise - term for the object's mass.