The water level of the container will rise, and the total volume increases. But the volume of the water itself remains the same.
if i assume that by "without a shape" you mean having an irregular or difficult shape to use math equations to calculate then you could use water displacement for example, in a measured container filled with a specific pre-measured amount of water, noting the volume, add the solid and now you can subtract the old volume from the first to get the solid's volume
Well, honey, when you add water to sand, the volume will likely increase, but the density and mass will depend on the proportions of water and sand you mix. If you add just a little water, the density may increase slightly due to the added mass, but if you add a lot of water, the density will decrease because water is less dense than sand. So, the volume changes, but the density and mass can go either way depending on how much water you throw into the mix.
To safely mix HCl acid with water by volume, add the desired volume of water to a container, then slowly and carefully add the required volume of HCl acid to the water while constantly stirring. Avoid adding water to acid, as this can cause splattering and increase the risk of injury due to the exothermic reaction. Remember to always wear appropriate protective gear such as gloves and goggles when handling chemicals.
To increase the density of a substance to 1.5, you can add a denser material to it. This could include adding a denser liquid or solid component that will increase the overall mass of the substance without significantly impacting its volume. By carefully measuring and adding the denser material, you can achieve the desired density of 1.5.
The addition of 5ml of sugar to 250ml of coffee should increase the total volume to 255ml, not remain at 250ml. Mixing two substances typically leads to an increase in total volume due to the added volume of the sugar.
The only thing you can add to water to increase its volume is more water.
Use a measuring cylinder with water in it. Note down the volume of water in the cylinder, then add the solid. Note down the new volume and subtract the first value from the second to get the volume of the solid.
To determine the density of irregular solids like pebbles, you can use the water displacement method. First, measure the volume of water in a container. Then, add the irregular solid to the water and measure the new volume. The difference in the two volume readings can be used to calculate the volume of the irregular solid. Finally, divide the mass of the pebbles by the volume to calculate the density.
Eureka!There really isn't a "formula" for discovering the volume of an irregularly shaped solid. Instead, submerge the irregular solid in water and measure the volume of water it displaces to discover its volume. The ExperimentFor finding the volume of an irregular solid we just fully dip (submerge) it in a water tank which is fully filled with water and is attached to an another tank (a cylindrical overflow tank) through a pipe. With the setup in place, we put the solid into the full tank. The solid will displace water, which will flow through the pipe into the overflow tank. Further, the volume of the water the solid displaces will be equal to the volume of that irregular solid. Now we calculate the volume of water in the overflow tank using the depth of that water and the diameter of the tank. The volume of the displaced water will equal the volume of the irregularly shaped solid.There will generally not be a formula and the volume will have to be measured in some other way.
To increase the volume of a gas * reduce the pressure, or * increase the temperature, or * add more gas
if i assume that by "without a shape" you mean having an irregular or difficult shape to use math equations to calculate then you could use water displacement for example, in a measured container filled with a specific pre-measured amount of water, noting the volume, add the solid and now you can subtract the old volume from the first to get the solid's volume
To determine the volume of a solid one measures the change in volume when the object is placed in a known volume of water. Depending on the size of the object, this procedure could be followed. Fill a 100 cm3 measuring cylinder to 50 cm3. Add the object to the cylinder and read the new volume. If the object is larger, add it to a container with a spout that is filled to the brim with water and collect the runoff. Collect and measure the volume of the runoff.
Well, honey, when you add water to sand, the volume will likely increase, but the density and mass will depend on the proportions of water and sand you mix. If you add just a little water, the density may increase slightly due to the added mass, but if you add a lot of water, the density will decrease because water is less dense than sand. So, the volume changes, but the density and mass can go either way depending on how much water you throw into the mix.
There are a few ways to increase the viscosity of water. One thing to add to water to increase viscosity is sugar.
You put water in a bowl and measure how much water you have in the bowl. Then place the object in the bowl and see how much water you have now. Then subtract what you have now by the measurement you had before and that's the volume of the irregular object.
The water displacement method is used to find the volume of an irregularly shaped object. This method was discovered by Archimedes in Ancient Greece, while he was taking a bath. He was so excited at his discovery that he ran through the streets of Athens naked, shouting Eureka!-Start with a known volume of water. It is easiest to use a graduated cylinder or beaker, as they have volume measurements along the side. Record that volume.-Add the solid object. Measure the new volume in the beaker.-Subtract the two volumes, to get the amount of water displaced. This is the volume of the solid object.If you are talking about water displacement to measure the volume of an object, you would use a graduated cylinder, if the object was small enough, and put water into the graduated cylinder, then you put the object in and however much the water rises, usually mm, that is the volume of the objectHope this helped!
Yes, you can use the water displacement method to measure the volume of rice grains. Fill a graduated cylinder with water to a certain level, then carefully add the rice grains to the water. The increase in water volume after adding the rice grains will give you the volume of the rice grains.