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What molecule in a plant cell first captures the radiant energy of the sun?
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What molecule in plants cells first captures the radiant energy from sunlight?
Chlorophyll is the molecule in plant cells that first captures the radiant energy from sunlight. Chlorophyll can also be spelled as chlorophyll.
Which molecule in plants cells first captures the radiant energy from sunlight?
chlorophyll
What molecule first captures energy from the sun?
Chlorophyll
The molecule responsible for first capturing the radiant energy from sunlight is?
it's chlorophyll
Which molecule in plant cells first captures the radient energy from sunlight?
Chlorophyle 2
Which molecule in plant cells first captures sunlight?
Chlorophyll molecule
What molecule is responsible for capturing light energy in a plant?
Light is first captured by the enzyme P680 in photosystem II. Two electrons are absorbed from the incoming light energy and these move P680 to the excited state commonly written as P680*. For more information, look up "Z Scheme" this should clear up more about the entire process of light absorption and transformation into chemical energy in photosynthesis.
What type of energy do waves have?
Radiant energy. They are the first type of wave in the electromagnetic spectrum.
What type of radio waves energy have?
Radiant energy. They are the first type of wave in the electromagnetic spectrum.
What is the relationship between photovoltaic - radiant energy and electrical energy?
first of all photo voltaic is a device that transforms radiant energy directly into electrical energy. so then this is the relationship between all 3 of them
What is ionisation energy What is first ionisation energy?
The first ionization energy of an atom or molecule describes the amount of energy required to remove an electron from the atom or molecule in the gaseous state.
What is the power of certain forces of nature to do work?
YES, wind can produce WORK via controlled transfers of energy. First, an initial energy source is needed to produce this effect. Historical experimentation shows the most common source of energy would be radiant energy. Both the sun and the earth can provide the initial radiant energy. Provided we have a radiant energy source, we can focus on how to control the transfer from radiant energy (heat) to kinetic energy (wind). First we must look at the source of wind energy. The direct source is pressure differentials. On earth, this pressure differential is caused by radiant energy. The radiant energy that created the pressure differential will transfer to kinetic energy. In this case, the kinetic energy is measured in wind velocity. Transfer of Radiant to Kinetic energy can be accomplished by: (1) Create a pressure differential with the initial energy source (radiant) (2) Contain this pressure differential (radiant) (2a) Control the direction of the energy transfer (radiant to kinetic) (2b) Control the speed of the energy transfer (radiant to kinetic) (3) Utilize a mechanical device to transfer the kinetic energy to the desired output (assuming WORK = electrical energy output) Answer is Yes considering WORK = DC/AC (electricity) To complicate the above, all one has to do is (1) introduce lighter-than-air elements, and the control of thereof. (2) view the intensity of energy output via wavelengths (3) explore the energy output of wavelengths (frequency). NOTE: The one thing that seems to go unexplained or bypassed in most scientific questions is GRAVITY. Think about it like this.....if the earth's geomagnetic field can direct solar wind (750 km/s) and the sun's magnetic field (Heliosphere) can direct galactic wind (unknown km/s) think about the benefits of transferring solar/galactic wind to WORK :)
