A piece of ice is dropped in a vessel containing kerosene. when the ice melts, the level of kerosene will... A)Rise B)remain the same C)fall D) none
Answers
Answer:
As ice melts so water forms.
Kerosene density is less than water. So when ice is dropped in kerosene, it will sink down and displace kerosene equivalent to its mass. This displacement will increase the level of kerosene.
Answer:
The answer is option (A). Rise
Explanation:
A chunk of ice is thrown into a kerosene-filled container. The level of kerosene will decrease when the ice melts because kerosene has a lower density than water. If ice is dropped into kerosene, it will sink and move the same amount of kerosene as its mass. The amount of kerosene will rise as a result of this shift. Water has a lower density than kerosene. Therefore, if ice is dropped into petroleum, it will sink and move the same volume of kerosene as its mass. The amount of kerosene will rise as a result of this shift.
The solid state of water is ice. Usually, water and kerosene are not mixable. Water has a lower density than kerosene. Therefore, if ice is dropped into petroleum, it will settle and move the same volume of kerosene as its mass. The amount of kerosene will rise as a result of this shift. Ice in kerosene can melt depending on its temperature, and if it does, water drops will develop, raising the kerosene content as a result.
Once you put some ice in kerosene and it vaporizes, it won't mix with kerosene because water and oil can't mix in stable state. As a result, the quantity of kerosene will stay the same because a completely separate layer of water will form underneath the kerosene, but if you look at the net quantity, the quantity will raise and the level will also.
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