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

Rate of reaction, A+B rarr products is given below as a function of different initial concentration of Determine the order of the reaction with respect to A and B. What is the half-life of A in the reaction?

Rate of reaction, A+B rarr products is given below as a function of different initial concentration of Determine the order of the reaction with respect to A and B. What is the half-life of A in the reaction?

What is the product of following reaction, NO + NO_2 rarr

What is the product of following reaction, NO + NO_2 rarr

The product of the reaction AI_(4)C_(3)+D_(2)O rarr …..+……. are

Bombardment of lithium with protons gives rise to the following reaction : ._3Li^7 + ._1H^1 to 2 (._2He^4)+Q . Find the Q-value of the reaction. The atomic masses of lithium, proton and helium are 7.016 u, 1.008 u and 4.004 u respectively.

The nuclear reaction n+._5^(10)B rarr ._3^7Li + ._2^4He is observed to occur even when very slow-moving neutrons (M_ (n)=1.0087 am u) strike a boron atom at rest. For a particular reaction in which K_(n) =0 , the helium (M_(He) =4.0026 am u) is observed to have a speed of 9.30 xx 10^(6) m s^(-1) . Determine (a) the kinetic energy of the lithium (M_(Li) =7.0160 am u) and (b) the Q value of the reaction.

The nuclear reaction n+._5^(10)B rarr ._3^7Li + ._2^4He is observed to occur even when very slow-moving neutrons (M_ (n)=1.0087 am u) strike a boron atom at rest. For a particular reaction in which K_(n) =0 , the helium (M_(He) =4.0026 am u) is observed to have a speed of 9.30 xx 10^(6) m s^(-1) . Determine (a) the kinetic energy of the lithium (M_(Li) =7.0160 am u) and (b) the Q value of the reaction.