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The liquid rises higher when a object is placed inside of it is because the mass of the object takes up space inside the liquid, which pushes the liquid in a direction that has space available.

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When the block was placed in the liquid why did the liquid rise?

The matter of the block displaced the water causing the water to rise


Does ammonia sink or float?

Sink or float... on what? - The general rule is that an object will float if it has less density than the fluid (gas or liquid) in which it is placed.


Liquids and gases exert a buoyant force on object placed in them?

Yes, liquids and gases exert a buoyant force on objects placed in them due to the pressure difference at different depths. This force counteracts the weight of the object, causing it to float or rise in the fluid. The magnitude of the buoyant force is equal to the weight of the displaced fluid by the object.


When you place an object in liquid why does the level of the liquid go up?

The level of the liquid goes up when you place an object in it because the object displaces some of the liquid volume. This displacement causes the liquid level to rise to accommodate the new volume created by the submerged object according to Archimedes' principle.


What is upward force of liquid or gas?

The upward force exerted by a liquid or gas on an object immersed in it is called buoyant force. This force is a result of the pressure difference between the top and bottom of the object, and it opposes the weight of the object, causing it to float or rise.


When an object is placed in a liquid what happens?

A1) It becomes wet.A2) a) It might react with the liquid. for example if a piece of Calcium carbide is added to water, it will react to produce acetylene gas and a slurry of Calcium hydroxide.b) Assuming the process is not reactive, then the object will displace its own volume in the volume of water. If I add a 1gm ice cube to some water, then the total weight will increase by 1 gram, and the level of the liquid will rise by the equivalent height, taking into account the area of the fluid surface.The added object may float or sink, dependent upon its density - wood will float, zinc will sink. For sinking objects, it will displace the same volume of water as is the volume of the object.c) Other effects may happen dependant upon whether the object and the liquid were the same temperature.d) Another effect is that if the object and the liquid have the same refractive index, then it will disappear in the liquid. This is the basis of a test to measure refractive index of glass shards recovered from a crime scene for example.


Does liquid water rinse higher in a narrow tube or a wide tube?

You mean rise not rinse. Higher in a narrow tube due to capillary action.


If a graduated cylinder has a current water level of 30 ml and you add an object which causes the water level to rise 53 ml what is the volume of the object you placed in the water?

The volume of the object placed in the water is 23 ml. This can be calculated by subtracting the initial water level (30 ml) from the final water level (53 ml).


Which would most likely cause the liquid in Tube A to rise?

If the liquid in Tube A is connected to a vacuum pump and the pressure in the system is decreased, the liquid in Tube A will rise due to the reduced pressure in the tube allowing the liquid to travel upwards.


Is rise used in the form of a direct object?

Yes, the noun 'rise' can function as the direct object of a verb. Example: We have witnessed a rise in public awareness following the tragedy. (the noun 'rise' is the direct object of the verb 'have witnessed')


What happens if you mix liquid that have different densities?

The liquid with the higher density will stay down while the one with the lower density will rise up, thus stratifying the liquids into different layers.


Why do you object's placed in fluids experience a buoyant force?

Objects placed in fluids experience a buoyant force due to the difference in pressure exerted at different depths in the fluid. This pressure difference results in an upward force on the object, which counteracts the gravitational force pulling it down, causing it to float or rise.