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To find the mass of a container, you can weigh the container using a scale. Simply measure the weight of the container when it is empty, and then weigh it again when it is filled with the material. The mass of the container can be calculated by subtracting the weight of the empty container from the weight of the filled container.
Yes. First you have to know the weight of the container you are going to use, then you put the liquid in the container and weigh it. Then subtract the weight of the container from the total and you will have the weight of the liquid.
A solid has a definite shape and volume that can be directly measured. A liquid does not have a definite shape, but it does have a measurable volume. A gas has neither a definite volume or shape and will completely fill the container it is in.
The measurement of how closely particles are packed together is usually by state of matter. Gasses are measured as have particles that are further apart than liquids or solids for example.
Yes, the temperature of a gas is a measure of the average kinetic energy of its molecules. This kinetic energy is related to the speed at which the gas molecules move, which in turn affects how hard they hit the walls of the container.
The greater the speed of gas particles in a container, the higher the overall average temperature and kinetic energy of the gas particles. And if volume was held constant, higher the pressure.
To measure the mass of a container, place the empty container on a digital scale and record the reading. Then, add the items you want to measure inside the container and take the new reading. The difference between the two readings will give you the mass of the items in the container.
One measure of the motion of particles is velocity, which is the speed and direction of the particles. Another measure is acceleration, which describes how the velocity of the particles changes over time.
Fill the 16 oz. container first. Then using 2 additional transparent containers that are identical, pour approximately half into each container. To measure exactly 8 oz. transfer small amounts (careful, slow pouring) back and forth while carefully eyeballing the water level. When the water level is equal, you have exactly 8 oz.
The dimensions of the container.
The measure of the largest particles a stream can carry is capacity.
find the mass of the container you will be using to measure something. The fill the container with ur substance. Measure it. Then subtract the mass of the container from the total mass
It is impossible to measure out exactly 1 gallon into a 4 gallon container, unless the container has appropriate markings for measurement. However, if you had a 2nd container available, it may be possible to derive a 1 gallon measurement. Assuming a 2nd container of size: 1 Gallon: Just use the 2nd container 2 Gallon: Impossible 3 Gallon: Fill the 4 gallon container completely, then pour it into the 3 gallon container until full. You should have exactly 1 gallon left in the 4 gallon container. 4 Gallon: Impossible 5 Gallon: Fill the 5 gallon container until it is full, then dump it's contents into the 4 gallon container, leaving exactly 1 gallon left in the 5 gallon container. 6 Gallon: Impossible 7 Gallon: Fill the 4 gallon container completely, then empty it's contents into the 7 gallon container. Repeat this process, and when the 7 gallon container is full, there should be exactly 1 gallon left in the 4 gallon container. 8 Gallon: Impossible 9 Gallon: Fill the 9 gallon container completely, then use it to fill the 4 gallon container. Once the 4 gallon container is full, empty it and repeat. After pouring from the 9 gallon container twice, you will end up with exactly 1 gallon left. 10 Gallon: Impossible This pattern repeats for all containers that satisfy the following equations: C*n+1 C*n-1 Where C is the size of the original container (4 in this case), and n is all whole numbers greater than 0. The only additional case would be a 2nd container size of 1.
degrees Temperature is a measure of heat in an object.
You would use liters (L) to measure the volume of a soda container in the metric system.
Temperature is a measure of the average energy of the particles in a substance. It indicates how fast the particles are moving within the substance.
A graduated container.