l
no.
The reading on the scale will decrease when you dip your finger into the water without touching the flask. This is because when your finger displaces water, it effectively reduces the total weight of the water and finger system, leading to a decrease in the reading on the scale.
When water is heated and turns into a gas, it forms water vapor.
It turns into liquid water.
Upon your tongue's contact with the ice pop, the saliva on your tongue freezes, thus giving the effect that your tongue sticks to the ice pop. The same effect can be achieved by dipping your finger in water, then touching it to the ice pop.
When water turns from a gas to a liquid, it undergoes a process called condensation, where the water vapor loses heat and energy, causing its molecules to come together and form liquid water droplets.
The reading on the scale will decrease when you dip your finger into the water without touching the flask. This is because when your finger displaces water, it effectively reduces the total weight of the water and finger system, leading to a decrease in the reading on the scale.
A human finger would generally float in water due to its density being lower than that of water. However, factors like oil or other substances on the finger could affect this.
It turns into a Lizard..and after the lizard it turns into a monkey..then a gorilla...then a human.
It depends on the time and how cold the "Ice Cold" water is. But yes, it can damage the nerves, if it is cold enough, the finger would fall off.
When I dipped my finger into the water, the water transferred in the opposite direction to my finger's movement.
When you dip your finger into cold water, heat is transferred from your finger to the water. This transfer of heat causes your finger to feel cold.
condensationCondensation is where water vapor turns to liquid. The process is where gas turns to water then vapor and then turns back into liquid.
When you poke your finger into the water, you displace the water that your finger occupies, causing it to overflow out of the container. The weight of the water displaced is equal to the weight of your finger, so the overall weight of the bowl of water remains the same despite the displacement.
Heat
I think it means that there are no constraints. Thus, if you have free will, you can choose to put your finger in a flame or in cool water.
When you dip your finger into water, some of the water molecules adhere to your skin due to intermolecular forces. These forces cause a transfer of a thin layer of water onto your finger, which is why your finger feels wet when you pull it out.
by touching water