Aman weighs 180lbf at a place where g=32.1 ft/s2. what is his weigh(in lbf) on the moon where g=5.47ft/s2? what is his mass(in lb

Mass  = 5.6075 lb

Weight on moon = 30.7 lbf

Explanation:

The weight of the man at gravity, g = is 180 lbf

Also,

Weight = Mass × Gravitational acceleration

So,

180 lbf = Mass ×

Mass = 5.6075 lb

Given, g = and mass = 5.6075 lb

Thus,

Weight = Mass × Gravitational acceleration = 5.6075 × = 30.7 lbf

Weight on the moon =  30.7 lbf

the child will have heterozygous dominant chromosomes as characters of his father are dominant over the characters of his mother.

the child is heterozygous