Which of the following requires highest energy:
a.`M_((g)) rarr M_((g))^(o+)`
b.`M_((g)) rarr M_((g))^(2+)`
c.`M_((g)) rarr M_((g))^(3+)`
d.`M_((g)) rarr M_((g))^(4+)`

In which of the following process maximum energy is released A) S_((g))+e^(-) rarr S_((g))^(-) B) O_((g))^(-) +e^(-) rarr O_((g))^(-2) C) S_((g))^(-)+e^(-) rarr S_((g))^(-2)

Consider the following changes a) M_((g))^(+2) rarr M_((g))^(+3) + e^(-) b) M_((g))^(+) rarr M_((g))^(+2) + e^(-) d) M_(g) rarr M_((g))^(+3) + 3e^(-) In Which case more energy is required

Consider the following changes :- M_((s)rarrM_((g))" ""....."(a) M_((s))rarrM_((g))^(+2)+2e^(ө)" ""....."(b) M_((g))rarrM^(+)+e^(ө)" ""....."(c) M_((g))^(+)rarrM_((g))^(+2)+e^(ө)" ""....."(d) M_((g))rarrM_((g))^(+2)+2e^(ө)" ""....."(e) The second ionisation energy of M_((g)) could be calculated from which of the above given reactions :

Consider the following changes :- M_((s)rarrM_((g))" ""....."(a) M_((s))rarrM_((g))^(+2)+2e^(ө)" ""....."(b) M_((g))rarrM^(+)+e^(ө)" ""....."(c) M_((g))^(+)rarrM_((g))^(+2)+e^(ө)" ""....."(d) M_((g))rarrM_((g))^(+2)+2e^(ө)" ""....."(e) The second ionisation energy of M_((g)) could be calculated from which of the above given reactions :

Consider the following changes :- M_((s)rarrM_((g))" ""....."(a) M_((s))rarrM_((g))^(+2)+2e^(ө)" ""....."(b) M_((g))rarrM^(+)+e^(ө)" ""....."(c) M_((g))^(+)rarrM_((g))^(+2)+e^(ө)" ""....."(d) M_((g))rarrM_((g))^(+2)+2e^(ө)" ""....."(e) The second ionisation energy of M_((g)) could be calculated from which of the above given reactions :

Which of the following alkali metal has the highest tendency in the half reaction? M(g) rarr M^(+) (g) +e^(-)

Which of the following alkali metals has the biggest tendency of the half reaction M_((g))rarr M_((aq))^(+) + e^(-)

Which of the following alkali metals has the biggest tendency of the half reaction -M_((g))rarr M_((aq))^(+) + e^(-)

Which of the following alkali metals has the biggest tendency of the half reaction M(g) rarr M^(+)(aq)+e