The reaction `_(3)^(7)Li+_(1)^(1)H rightarrow _(4)^(7)Be + _(0)^(1)n` is endothermic. Assuming that Li nuclei is free and at rest. What is the minimum kinetic energy ( in keV) of incident proton so that this reaction occurs? Take Q value of this reaction as -1645 keV.

In a reaction , ""_(3)^(7)Li + Z to ""_(4)^(7)Be + ""_(0)^(1)n , the bombarding projectile Z is

Determine the product of the reaction: ._3^7Li +._2^4He rarr ? +n What is the Q value of the reaction?

Determine the product of the reaction: ._3^7Li +._2^4He rarr ? +n What is the Q value of the reaction?

A._(7)^(14)N nucleus, when bombarded by ._(2)^(4)He , converts into ._(8)^(17)O accoring to the following reaction. ._(7)^(14)N+._(2)^(4)Herarr._(8)^(17)O+._(1)^(1)H Atomic masses are: .^(14)N:14.003u,.^(4)He:4.003u,.^(17)O:16.999u,.^(1)H:1.008u (a) Find the Q value of the reactions (b) Assume that a .^(4)He nucleus collides with a free .^(14)N nucleus originally at rest. Calculate the minimum kinetic energy (k_(0)) that .^(4)He must have so as to cause this reaction. (c) If the .^(17)O nucleus has an excitation energy of 1.0 MeV, find the minimum kinetic energy (k_(0)) that .^(4)He must have. [Take 1u=930MeV//c^(2) ]

._(3)^(7)Li + _(1)^(1)P rarr X , Identify X if reaction is (p,alpha) type.

For the reaction : 4Al+ 3O_(2) + 6H_(2)O+ 4OH^(-) rightarrow4A1(OH)_(4)^(-) E^(@)_(cell) = 2.73V . Standard Gibb's free energy change for the reaction is :

For the reaction : 4Al+ 3O_(2) + 6H_(2)O+ 4OH^(-) rightarrow4A1(OH)_(4)^(-) E^(@)_(cell) = 2.73V . Standard Gibb's free energy change for the reaction is :

._(7)^(7)Li + _(1)^(1)P rarr X , Identify X if reaction is (p,alpha) type.