Home
Class 12
CHEMISTRY
Deuterons when bombarded on a nuclide pr...

Deuterons when bombarded on a nuclide produce`Ar_18^38` and neutrons. The target is:

A

`""_(17)Cl^(35)`

B

`""_(19)K^(27)`

C

`""_(17)Cl^(37)`

D

`""_(19)K^(39)`

Text Solution

Verified by Experts

The correct Answer is:
C

`""_(17)Cl^(37) + ""_(1)H^(2) to ""_(18)Ar^(33) + ""_(0)n^1`
Promotional Banner

Similar Questions

Explore conceptually related problems

Highly energetic electrons are bombarded on a target of an element containing 30 neutrons. The ratio of radii of nucleus to that of Helium nucleus is 141//3 . The atomic number of nucleus will be.

Highly energetic electron are bombarded in a target of an element containing 30 neutrons Tne ratio of nucleus to that of Helium nucleus is (14)^(1//3) . Find (a) atomic number of the nucleus (b) the frequency of k_(a) line of the X- rays producted (R = 1.1 xx 10^(7) m^(-1) and c = 3 xx 10^(8)m//s)

When neutron is bombarded on atom of Uranium-235, it absorbs the neutron and converts into its "……." Uranium-236.

The radionuclide .^(56)Mn is being produced in a cyclontron at a constant rate P by bombarding a manganese target with deutrons. .^(56)Mn has a half-life of 2.5 h and the target contains large numbers of only the stable manganese isotopes .^(56)Mn . The reaction that produces .^(56)Mn is .^(56)Mn +d rarr .^(56)Mn +p After being bombarded for a long time, the activity of .^(56)Mn becomes constant, equal to 13.86 xx 10^(10) s^(-1) . (Use 1 n2=0.693 , Avagardo number =6 xx 10^(2) , atomic weight of .^(56)Mn=56 g mol^(-1) ). After a long time bombardment, number .^(56)Mn nuclei present in the target depends upon.

Assertion:There occurs a chain reaction when uranium is bombarded with slow neutrons. Reason:When uranium is bombarded with slow neutrons more neutrons are produced

Lithium (Z=3) has two stable isotopes ^6Li and ^7Li .When neutrons are bombarded on lithium sample electrons and alpha -particles are ejected.Write down the nuclear processes taking place.

Consider the case of bombardment of U^(235) nucleus with a thermal neutron. The fission products are Mo^(95) & La^(139) and two neutrons. Calculate the energy released by one U^(235) nucleus. (Rest masses of the nuclides are U^(235)=235.0439 u, ._(0)^(1)n=1.0087u, Mo^(95)=94.9058 u, La^(139).9061u) .

In an X-ray tube , electrons bombarding the anode produce X-rays of wavelength 1 Å . The energy of an electron , when it hits the anode is