Consider the given statements regarding radioactive decay and find the number of correct statement(s). S1: Molecules having n/p ratio greater than 1.5 undergo β+ decay.S2: Moleculaes having n/p ratio lesser than 1 undergo β− decay.S3: Neutrino is released during K capture.S4: K−electron capture can increase n/p ratio.S5: Mass of neutrino and neutron particle is equal.S6: Antineutrino is released during β+ decay.

Consider the given statements regarding radioactive decay and find the

1.	Consider the given statements regarding radioactive decay and find the number of correct statement(s). S1: Molecules having n/p ratio greater than 1.5 undergo β+ decay.S2: Moleculaes having n/p ratio lesser than 1 undergo β− decay.S3: Neutrino is released during K capture.S4: K−electron capture can increase n/p ratio.S5: Mass of neutrino and neutron particle is equal.S6: Antineutrino is released during β+ decay.
Answer» Consider the given statements regarding radioactive decay and find the number of correct statement(s). $S 1 :$ Molecules having $n / p$ ratio greater than $1.5 u n d e r g o β^{+} d e c a y .$ $S 2 :$ Moleculaes having $n / p$ ratio lesser than $1 u n d e r g o β^{-} d e c a y$ . $S 3 :$ Neutrino is released during $K$ capture. $S 4 :$ $K - e l e c t r o n$ capture can increase $n / p$ ratio. $S 5 :$ Mass of neutrino and neutron particle is equal. $S 6 :$ Antineutrino is released during $β^{+} d e c a y .$