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प्रश्न
Nuclear power plants in India
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उत्तर
Kudankulam, Tarapur, Rawatbhata, Kaiga
APPEARS IN
संबंधित प्रश्न
Which of the following is not an example of a bio-mass energy source?
Arrange the following fuels in the order of decreasing calorific values (keeping the fuel with highest calorific value first):
Biogas, Kerosene, Wood, Petrol, Hydrogen gas, Methane
Name the moderator used in a nuclear reactor.
Why are very high temperatures required for fusion to occur?
Write Einstein's mass-energy equation. Give the meaning of each symbol which occurs in it.
The following question are about the nuclear reactor of a power plant.
What is the function of boron rods in the nuclear reactor?
The following question are about the nuclear reactor of a power plant.
Why is liquid sodium (or carbon dioxide gas) pumped through the reactor?
In the nuclear reactor of a power plant:
how do control rods control the rate of fission?
Which produces more energy : nuclear fusion or nuclear fission?
One atomic mass unit (u) is equivalent to an energy of:
Which of the following can undergo nuclear fusion reaction?
(a) uranium
(b) deuterium
(c) barium
(d) krypton
A nuclear reaction is represented by the equation:
`""_1^2H+_1^2H->_2^3He+xc+E`
State two conditions under which such a reaction takes place.
Complete the following nuclear change:
\[\ce{^24_11 Na -> ...Mg.... + ^0_-1β}\]
What is the effect on the atomic mass and the atomic number of a radioactive element, after the emission of an α-particle?
A nucleus of an element has the symbol 84P202, and emits an α-particle and then a β-particle. The final nucleus is bQa Find a and b.
A certain nucleus X has a mass number 14 and atomic number 6. The nucleus X changes to `"_7Y^14` after the loss of a particle. Represent this change in the form of an equation.
Which is the process used to harness nuclear energy these days? Explain it briefly.
Give scientific reason.
It is absolutely necessary to control the fission reaction in nuclear power plants.
Give scientific reasons.
It is absolutely necessary to control the fission reaction in nuclear power plants.
