English

Complete the following nuclear equation. \\ {}_{92}\mathrm{U}^{236} \longrightarrow {}_{51}\mathrm{Sb}^{\ldots\ldots} + {}_{\ldots\ldots}\mathrm{Nb}^{99} + 4 \ {}_{0}\mathrm{n}^{1} + \text{Energy} \

Advertisements
Advertisements

Question

Complete the following nuclear equation.

\[ \ {}_{92}\mathrm{U}^{236} \longrightarrow {}_{51}\mathrm{Sb}^{\ldots\ldots} + {}_{\ldots\ldots}\mathrm{Nb}^{99} + 4 \ {}_{0}\mathrm{n}^{1} + \text{Energy} \]

Chemical Equations/Structures
Advertisements

Solution

\[ {}_{92}\mathrm{U}^{236} \longrightarrow {}_{51}\mathrm{Sb}^{133} + {}_{41}\mathrm{Nb}^{99} + 4 \ {}_{0}\mathrm{n}^{1} + \text{Energy} \]

shaalaa.com
  Is there an error in this question or solution?
Chapter 11: Radioactivity - EXERCISE

APPEARS IN

Goyal Brothers Prakashan A New Approach to ICSE Physics [English] Class 10
Chapter 11 Radioactivity
EXERCISE | Q 16. (b) (iii)
Share
Notifications

Englishहिंदीमराठी


      Forgot password?
Use app×