B. metallic bonding
C. ionic bonding
D. dipole forces
E. van der Waals forces (London dispersion forces)
Answer: I think its a hydrogen bonding
Explanation:
X-rays, Heat lamps, microwaves, gamma rays
Gamma rays have the highest energy photons among the options provided.
Photons are packets of energy associated with electromagnetic radiation. The energy of a photon is directly related to its frequency or inversely related to its wavelength. The higher the frequency or the shorter the wavelength, the higher the energy of the photon.
Gamma rays have the highest frequency and shortest wavelength among the given options, which corresponds to the highest energy photons.
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b. transition state
c. rate limiter
d. collision group
Another name for the activated complex is Transition State.
According to Collision Theory for a chemical reaction to occur the reactants must collide with proper orientation and required energy. In this way the old bonds are broken and new bonds are formed. The mid point of highest energy at which both bond formation and breakage is taking place is called activation complex, a complex in between reactant and product.
The energy of this complex is the minimum amount of energy required for a particular reactants to convert into products and is called as Activation Energy.
This activation complex is also termed as Transition State because according to Transition State Theory at transition state the existing bonds tend to increase in length and become weaken while, the new forming bonds tend to decrease in length and start becoming stronger. Hence, the activated complex is in transition between reactants and products.
revolution
rotation
universal gravitation
Answer:
retrograde motion
Explanation:
All the planets have direct motion or progade motion i.e. they move in eastward direction around the Sun. The exceptions are Venus and Uranus which apparently move westwards. This is type of motion is known as retrograde motion. Venus and Uranus move opposite to the other planets motion against the background of stars.
Answer:
retrograde motion
Explanation: