Request a call back

Join NOW to get access to exclusive study material for best results

CBSE Class 11-science Answered

why tritium is more radioactive than other isotopes of hydrogen?
Asked by ANJALI VARGHESE | 06 Mar, 2012, 12:00: AM
answered-by-expert Expert Answer

An element is radioactive if its atomic nuclei are unstable. The nucleus contains protons and neutrons; the electromagnetic force pushes the protons apart because they have the same charge, but the strong nuclear force pulls the protons and neutrons together. A nucleus is only stable if it has the right balance of protons and neutrons, and doesn't have any extra energy.

Tritium is more radioactive than other isotopes of hydrogen because it contain an unstable nucleus due to the presence of 1 proton and 2 neutrons.

Answered by | 07 Mar, 2012, 11:06: AM
CBSE 11-science - Chemistry
Asked by mayuresh.sudrik | 25 Sep, 2023, 12:21: AM
ANSWERED BY EXPERT ANSWERED BY EXPERT
CBSE 11-science - Chemistry
Asked by acshanadhana15 | 16 Sep, 2020, 11:17: AM
ANSWERED BY EXPERT ANSWERED BY EXPERT
CBSE 11-science - Chemistry
Asked by shehnaz06par | 05 May, 2020, 01:16: PM
ANSWERED BY EXPERT ANSWERED BY EXPERT
CBSE 11-science - Chemistry
Asked by sagarvinay352 | 01 May, 2020, 08:27: PM
ANSWERED BY EXPERT ANSWERED BY EXPERT
CBSE 11-science - Chemistry
Asked by harshilmodi74.tl | 16 Apr, 2020, 11:20: AM
ANSWERED BY EXPERT ANSWERED BY EXPERT
CBSE 11-science - Chemistry
Asked by veeravallisrinu2 | 13 Apr, 2020, 09:20: AM
ANSWERED BY EXPERT ANSWERED BY EXPERT
CBSE 11-science - Chemistry
Asked by ombhattarai693 | 27 Feb, 2020, 08:44: PM
ANSWERED BY EXPERT ANSWERED BY EXPERT
CBSE 11-science - Chemistry
Asked by jain.pradeep | 26 Feb, 2020, 10:00: AM
ANSWERED BY EXPERT ANSWERED BY EXPERT
CBSE 11-science - Chemistry
Asked by vatsal012345 | 09 Dec, 2019, 11:09: PM
ANSWERED BY EXPERT ANSWERED BY EXPERT
CBSE 11-science - Chemistry
Asked by Shiprapandey2906 | 25 Jun, 2019, 05:24: PM
ANSWERED BY EXPERT ANSWERED BY EXPERT
Get Latest Study Material for Academic year 24-25 Click here
×