Evaporation depends on temperature. During the night evaporation is lowered.
Clear water evaporates first because it absorbs more heat from the sun. Dark water typically absorbs more heat, but in this case, the clear water absorbs more because it doesn't have the dark color to reflect sunlight.
Yes, plants can carry out transpiration in the dark. Transpiration is the process of water vapor loss from the plant's surface, primarily through stomata, which can remain open at night. While photosynthesis, which occurs during the day, relies on light, transpiration is driven by factors such as temperature and humidity, allowing water to evaporate even when there is no sunlight. However, the rate of transpiration is generally lower at night compared to during the day.
Yes, evaporation occurs when some molecules in a solution have enough kinetic energy to escape from the surface of the bulk liquid. The kinetic energy is dependent on temperature, and thus temperature most certainly affects the rate of evaporation.
During the dark reactions (Calvin cycle) of photosynthesis, water is not split. Instead, the dark reactions use the products of the light reactions (ATP and NADPH) to convert carbon dioxide into glucose through a series of enzyme-controlled reactions. The splitting of water occurs in the light reactions at Photosystem II to generate oxygen, electrons, and protons.
Beans grown in the dark tend to grow faster than those grown in the light because they allocate more energy towards elongating their stems to reach for light. In the absence of light, the energy is redirected into stem growth instead of leaf development, resulting in taller plants.
It depends on how much light is shining on the glass. If there is a lot, then the water in the dark glass will evaporate faster because the temperature will be higher. If there is no light, then it does not matter.
Yes, water can evaporate in darkness. Evaporation occurs when molecules at the surface of the water gain enough energy to break away and become a gas. The presence of light does not affect the process of evaporation.
Respiration exceed in the dark better than thatin the light because when its dark it is usually cooler. This helps keep moisture. When its light it is usually hotter. The light can make things dry. For example, if you leave a glass of water out in the sun for a long time it will evaporate. If you try the same with a glass of water in the dark the water might not evaporate or will take longer to evaporte * this may not always be the case. so dont be suorised if you try and results are different
Water evaporate faster in sun because the temperature is higher.
The water in the dark-colored container will evaporate faster because dark colors absorb more heat from the surroundings, which speeds up the evaporation process. Light colors reflect more heat and therefore slow down the evaporation.
Yes, but with a slower rate.
pepsi evaporates faster than water because the darkness of the pepsi and the lightness of the water doesnt attrack light as much as pepsi does with the light. so pepsi evaporates faster than the water.
Most likely yes, the coloring will absorb more light than if it were clear water, so it will heat up more and should evaporate faster. However, it depends on how much light is available (more light should make it evaporate faster), so in a dark area the plain water would probably evaporate more quickly. It also depends on the the type/amount of food coloring (it reflects only the colours that you see, the rest is absorbed), and the amount/temperature of the water and its surroundings, as well as a bunch of other factors. A series of tests will give you a more accurate answer.
Clear water evaporates first because it absorbs more heat from the sun. Dark water typically absorbs more heat, but in this case, the clear water absorbs more because it doesn't have the dark color to reflect sunlight.
indirectly. dark cloths absorb more light and heat and so get warmer which causes you to sweat and evaporate more sweat.
Bromine water will go clear in the dark, while hexane will not change color in either light or dark conditions.
No, the moon is not always dark. It reflects light from the sun, so it appears bright in the night sky.