Two elements, X (Atomic mass 16) and Y (Atomic mass 14) combine to form compounds A, B and C. The ratio of different masses of Y which combines with fixed mass of X in A, B, and C is $1:3:5$. If 32 parts by mass of X combines with 84 parts by mass of Y in B, then in C 16 parts by mass of X will combine with

Q. Two elements, X (Atomic mass 16) and Y (Atomic mass 14) combine to form compounds A, B and C. The ratio of different masses of Y which combines with fixed mass of X in A, B, and C is $1:3:5$. If 32 parts by mass of X combines with 84 parts by mass of Y in B, then in C 16 parts by mass of X will combine with

Q. Two elements X (at mass 16) and Y (at mass 14) combine to form compounds A, B and C. The ratio of different masses of Y which combine with a fixed mass of X in A, B and C is 1 3 : 5. If 32 parts by mass of X combines with 84 parts by mass of Y in B, then in C, 16 parts by mass of X will combine with?

Q. Two elements X and Y have atomic weights of 14 and 16 respectively. They form a series of compounds A, B, C, D and E in which the same amount of the elements X and Y are present in the ratio of $1:2:3:4:5$. If the compound A has 28 parts by weight of X and 16 parts by weight of Y, then the compound C will have 28 parts by weight of X and:

Q. The atomic weights of two elements X and Y are 14 and 16 respectively. They form a series of compounds A, B and C, in which the same amount of the elements X and Y are present in the ratio of $1:2:3$. If the compound A has 28 parts by weight of X and 16 parts by weight of Y, then the compound B will have 28 parts by weight of X and: