No, it does not
No, because the land heats up faster and cools up faster than water.
The unit for measuring the rate at which light energy is radiated from a source is the lumen. The lumen is symbolized as lm.
It Occurs as water moleclues absorb energy and it also occurs at the surface of liqud.
No, different soils absorb rain water at different rates.
No. Here's a table showing different soil types and their absorption rate. http://www.greenviewblog.com/2005/04/soil_type_and_w.html
increased surface area allows more particles to absorb more heat energy which breaks the intermolecular bonds between them at a faster rate, hence increases the rate of evaporation
percolation rate of water is different in different types of soil . it is the highest in the sandy soil and least in the clayey soil. to calculate the percolation rate use this formula- percolation rate (ml/min)amount of water(ml)/percolation time percolation refers to the ability of the soil to absorb water or liquids
The main source of energy in the water cycle is the sun/Solar radiation (sunlight).the source of energy that drives the water cycle is the sun because since the sun's heat makes the water evaporate which will led to the whole process of the water cycle and the process will keep on repeating.The water cycle or hydrologic cycle is driven by both short wave radiation from the sun, and long wave (infrared) radiation from the earth.
Yes bean seeds are provided with very hard and impervious seed coat. Water enters in it through micropyle only. If the seed coat is removed (skinned), the hydrophilic proteins inside will absorb water at a faster rate.
H2O provides an energy transfer for radiant energy. The volume of H2O per radiant energy is proportional. The visual energy transfer may be measured by H2O's "change of state" rate. Regarding H20 as an absorber of electrons, oxygen has a larger share of electrons. This is how one Oxygen atom and two Hydrogen atoms bond to create H2O. See "polar covalent bond" and "electronegativity" for greater depth. If a flux of electrons bombard H2O, the molecular compound will change in composition -OR- reform in an entirely different molecular compound.
H2O provides an energy transfer for radiant energy. The volume of H2O per radiant energy is proportional. The visual energy transfer may be measured by H2O's "change of state" rate. Regarding H20 as an absorber of electrons, oxygen has a larger share of electrons. This is how one Oxygen atom and two Hydrogen atoms bond to create H2O. See "polar covalent bond" and "electronegativity" for greater depth. If a flux of electrons bombard H2O, the molecular compound will change in composition -OR- reform in an entirely different molecular compound.
More water molecules gain energy and can escape from the liquid.