Answer:
Fe2+ atom has a larger size than Fe3+.
Explanation:
The electron transport chain is important for the production of the ATP molecule. The oxygen molecule acts as the final electron acceptor in the electron transport chain.
The size of the cation is always small as compared with the parental atoms. Two electrons are removed from Fe2+ and three electrons are removed from Fe3+. This removal of electron increases the attraction force between the electron of the outermost shell and the nucleus and decreases the repulsion force between the electrons and thus decreases in size.
Answer F. Have a great day
1. Energy from the big bang.
2. Motion energy of an interstellar dust cloud.
3. Nuclear energy.
4. Light energy.
5. Chemical energy.
6. Motion energy of a dragonfly's wing.
<h3>What is Change of energy transformations?</h3>
- An energy transformation is the charge of energy from one form to another. Energy transformation occur everywhere second of the day. There are many different forms of energy such as electrical, thermal, nuclear, mechanical, electromagnetic, sound, chemical.
- Energy can change form and even transfer between object. A common example of energy transfer that we see in everyday life is the transfer of kinetic energy. The energy associated with motion from one moving object to a stationary object via work.
Learn more about energy transformation, refer:
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Answer:
Im waiting on an answer aswell.
Explanation:
Answer: (d) e^12
Explanation:
<em>The relationship between the standard free energy change, </em>ΔG, and the equilibrium constant, K at a particular temperature is represented<em> Using the formula</em> ΔG = -RTlnK, where G = -30, RT = -2.5 and [Pi] = 1
lnK = ΔG/-RT
lnK = -30/-2.5
lnK = 12
<em>taking exponents of both sides</em>
e^(lnK) = e^12
K = e^12
