2nd law

According to 2nd law of Faraday's electrolysis the correct one is i) (" wt. of "H_2 " liberated")/("wt. of " Cl_2 " librated") = ("eq. wt . of" H_2 )/(" eq. wt . of " Cl_2) ii) (m_(Ag))/(m_(cu)) = (E_(Ag))/(E_(Cn)) iii) (m_(Ag))/(m_(Cu)) = (E_(Cu))/(E_(Ag)) iv) (m_(H_2))/(m_(Cu)) = (E_(H_2))/(E_(Cu)) The correct combination is

Kepler's 2^(nd) law for constant areal velocity is result of law of conservation of …... .

Choose the INCORRECT statement (with respect to the 2 nd law of motion)

Choose the INCORRECT statement (with respect to the 2 nd law of motion)

Choose the INCORRECT statement (with respect to the 2 nd law of motion)

A part of an electric circuit is shown in figure. Using Kirchhoff.s 2^("nd") law, find the current I flowing through the 4Omega resistor.

Match Column-I with Column-II : {:("Column-I","Column-II"),("(1) Kepler's "1^(st)" law","(a) Law of time period"),("(2) Kepler's "2^(nd)" law","(b) Law of orbit"),("(3) Kepler's "3^(rd)" law","(c) Law of area"):}

Newton's 1st,2nd,3rd Laws||System||Momentum||External/Internal Forces