The colour of a container does not impact how hot water can be in it. Water boils at 100 C and the temperature rises no higher. Super hot water can only be produced in sealed high pressure vessels usually made of steel or similar material.
When water is heated, water vapor forces the air out. When submerged in cold water, the water vapor condenses instantly, leaving a partial vacuum in the can, Atmospheric pressure (14.7 psi) acting on the outside of the can crushes the can before air can rush through the opening in the can to balance the pressure. Fun science experiment, just be careful not to get burned.
If your distilled water is turning brown when heated, it wasn't distilled very well.
Then the substance in the container becomesa mixture of hot dirt in hot water.
Gas and liquids both take on the shape of a container.
Depends on temperature, it very cold out there, so ice is more to be expected. Any how no liquid phase is possible possible (below triple point [273.16 K (0.01 °C) and 611.73 Pa] only two states are possible)
Water convection is the movement of water in a circular motion due to cooling and heating. The water near the bottom of the container is heated and moves up the container, while water at the top of the container is cooled and moves down the container. Convection causes movement of the water.
When water is heated, water vapor forces the air out. When submerged in cold water, the water vapor condenses instantly, leaving a partial vacuum in the can, Atmospheric pressure (14.7 psi) acting on the outside of the can crushes the can before air can rush through the opening in the can to balance the pressure. Fun science experiment, just be careful not to get burned.
If your distilled water is turning brown when heated, it wasn't distilled very well.
Since water is transparent it does not absorb sunlight well, however, you could heat the container that the water is in (especially if it is an opaque container, not a glass container) and then the heated container would heat the water. A solar oven can easily produce enough heat to boil water. If you are not careful it might produce too much heat, and melt the pot.
=the one with less water because there is a less amount of liquid to heat up, so it would be heated up the quickest rather than the cup with more water.=
Hydrous copper sulphate, when heated, turns into anhydrous copper sulphate and changes its color from blue to white. The blue color comes from the water molecules bound to the copper sulphate crystals, and when heated, these water molecules are removed, resulting in a color change.
Container A could contain water, acetone, or ethanol as possible solvents. Container B could contain hexane, toluene, or chloroform as possible solvents.
A heat-resistant container like glass or stainless steel would be suitable for heating 100cc of water to 100°C. It's important to ensure the container can withstand the high temperature without breaking or releasing harmful chemicals into the water.
Heat = expansion. The water molecules expand when heated. The container will expand, and then the measurment will be off?
distillation
Beginning at 4 degrees C, water expands when it is heated. It doesn't matter what kind of container it's in.
The green color of FeSO4 changes when heated because it undergoes a dehydration reaction. Heating causes the water molecules in the compound to be removed, leading to a change in the oxidation state of iron from +2 to +3, resulting in a color change.