Evaporation and Condensation

That is known as surface water. It can flow through rivers, streams, lakes, or other bodies of water above the ground.

Evaporation is the process by which a liquid changes into a gas at the surface, typically at lower temperatures and over a longer period. Vaporization, on the other hand, refers to the faster conversion of a liquid into a gas throughout the entire liquid volume, often at higher temperatures. In essence, all vaporization is a form of evaporation, but not all evaporation is considered vaporization.

Evaporation is generally greater over the ocean than over land due to the larger surface area of water bodies and the availability of moisture in the atmosphere. The ocean has a higher evaporation rate compared to land surfaces due to the water's ability to store heat and release it slowly over time.

ok, there are a few reasons. the most prevalent one would be due to the evaporation and condensation of water in the atmosphere. when water absorbs heat it evaporates into the atmosphere as water vapour or steam. then in the upper levels of the atmosphere it condenses and falls as rain. the hotter the area the more water evaporates. still confused? this works as air currents move hot air from equatorial areas to the colder areas towards the poles. this means hot areas stay cooler than they normally should due to the suns irradiance in that area. and the polar regions get slightly warmer but soon cool down again due to the weaker sunlight there. The planet Venus is a perfect example of what happens when the water cant condense the planet gets so warm that eventually the water is too hot to be held by the planets gravitational feild and its dispersed into space. And venus just keeps getting hotter and hotter. hope this helps

A glass of water will generally evaporate slower with a lid on compared to without a lid. This is because the lid prevents the water vapor from escaping into the surrounding environment, leading to reduced evaporation.

Lakes have higher rates of evaporation compared to oceans due to their smaller size and shallower depths, which allows more surface area to be exposed to the sun and wind. Lakes also tend to be surrounded by land, which can heat up more readily and further contribute to evaporation.

Evaporation takes place at the surface of a liquid.

(There is an article about evaporation on Wikipedia that may be helpful if you have any more questions about evaporation.)

~KKMG1

There are three phases for most materials. The phases are solid, liquid, and gas. To change from one phase (state) to another, the material must either gain, or lose heat. In the case of changing from solid to liquid this heat is called "Latent Heat of Fusion". In the change from liquid to gas the heat is called "Latent Heat of Vaporization". Latent heats are differant for all materials. The latent heat name is the same for a change in state either "up" (ice to water), or down (water to ice). Water "Evaporates" as it aquires enough heat from it's surroundings to change state from a liquid to a gas. Water freezes at 32*F. while frozen there is no evaporation taking place. However, water can go directly from a solid to a liquid is a process called sublimation. It does not pass through the liquid phase. Eventually all the water will change directly from ice ( a solid) to water vapor (a gas). Some Senior Citiczens that predate clothes dryers will remember when wet clothes were hung outside in temperatures below freezing. They froze solid, and later brought in the house bone dry. The ice simply sublimated directly to gas . If you want to make more money than Bill Gates ever dreamed of do this. Discover/invent a device/method that will allow you to put steam in a high pressure boiler under pressure. The way power plants currently work is by burning fuel in a boiler to make steam. The steam turns a generator and BINGO, you have electricity. Here's the problem; you either have to throw the used steam away and heat new water, or remove the Latent Heant of Vaporization, turn the used steam to water, and use a pump to return the water to the boiler.. In either case you must waste the fuel that it took to make the steam in the first place. Pumps are capable of injecting water in a boiler under pressure. So far, nobody has found a way of putting used steam back in a boiler under pressure. Imagine the whole developed world paying you a royalty so they could save the cost of the fuel that is wasted by turning used steam back to water in order to return it to the boiler.

because it is a process that has many steps to it and the cycle is very hard to understand, but it takes a long time --- It doesn't always evaporate slowly it depends on its' mass , position, the temperature. Its' relation to the sun it can evaporate in a matter of seconds, minutes hours, days, weeks or never appear to .

The evaporation of water is an example of a physical change, where water changes from its liquid state to a gaseous state without any change in its chemical composition.

On a warm and windy day, you would expect the most evaporation to take place from a lake. The warmth provides the necessary energy for the water to evaporate, while the wind helps to remove the water vapor from the lake's surface, increasing the rate of evaporation.

The greatest source of moisture entering the atmosphere is evaporation from the oceans. Oceans cover about 71% of the Earth's surface and release a significant amount of water vapor into the atmosphere through evaporation. This water vapor plays a key role in the water cycle and influences global weather patterns.

They are the exact oposite, but the energy of evaporation and energy of condensation are the same
difference between evaporation and condensation evaporation is change of solid into vapour ----

Runoff

One unique feature on planet Earth is its abundance of liquid water on the surface, which is essential for supporting life as we know it. Water covers about 71% of the Earth's surface and plays a crucial role in various natural processes, from supporting ecosystems to regulating climate.

No, a hair dryer does not evaporate water. It helps to speed up the process of evaporation by blowing hot air onto wet hair, causing the water on the hair to evaporate more quickly.

The rate of evaporation observed in the experiment was 0.5 mL per hour.

Evaporation occurs on a cold surface. Once this happens the particles get enery from the heat and can move about more freely. After a while they start to loose this energy and thay turn back into a liquid. condensation is what the end part is . the beginning part is called evaporation.

Sure! Here are a few catchy title suggestions for your project about evaporation:

1. "Vanishing Act: The Science of Evaporation"
2. "Mysteries of Disappearing Water: Unveiling the Secrets of Evaporation"
3. "Evaporation Exploration: A Journey into the Invisible" Choose one that best captures the essence of your project!

Styrofoam is a good insulator which means it slows down the transfer of heat. This insulating property helps to keep the ice from melting quickly by reducing the heat that can pass through the material. So, the ice will melt more slowly in a Styrofoam box compared to a container that doesn't have good insulation.

Chemical sedimentary rock is created by precipitation of minerals out of, or evaporation from, saturated solutions that are high in dissolved minerals. Rock gypsum and rock salt are two examples.

It is a physical change when plant leaves lose water through evaporation. Physical changes involve a change in state or appearance without altering the chemical composition of the substance, in this case water changing from liquid to gas.

The condensation theory is a psychoanalytic concept proposed by Sigmund Freud. It suggests that in dreams, multiple ideas or feelings may be represented by a single element or symbol. This compression of content helps to conceal the latent content of the dream and protect the dreamer from the full impact of their unconscious desires or fears.

When evaporation occurs, all impurities leave the water. However, for condensation to happen, water has to form around a particle. Distilled water is pure from evaporation and forced condensation.

In order to evaporate, water needs energy in the form of heat to break its intermolecular bonds and transition from a liquid to a gas. This process occurs when water absorbs enough thermal energy from its surroundings to overcome the forces that hold its molecules together.