The concept of weight allows us to find the mass of each body, finding that the answer for the body with the greatest mass is:
Density is a connection used in many expressions of physics, it is defined by the relationship between the mass and the volume of the body.
ρ = [tex]\frac{m}{V}[/tex]
Where ρ is the density, m the plus and V the volume of the body
The specific weight is defined by the relationship between the weight of the body and its volume, it is a quantity that depends on the value of the acceleration due to the gravity of the place. Expression used in the English system of measurements
γ = [tex]\frac{W}{V}[/tex]
From the previous expressions it is observed that the density and the specific weight are related
γ = ρ g
The weight of the product of the mass of the body that is invariant by the value of the acceleration of gravity, whose value depends on the place of measurement.
W = m g
m = W / g
Where W is the weight, m the mass and g the acceleration due to gravity
This exercise describes the values in the following table
material volume (cm³) weight (lb)
W 10 2
X 122 3
Y 56 1
Z 18 7
They ask to find which body has the greatest mass.
In the English system, the measurement is the weight of the body, which is expressed in pounds, the mass measurement is not so common and its unit is the slug.
let's calculate
Material W
m = 2/32
m = 0.0625 slug
Material X
m = 3/32
m = 0.09375 slug
Material Y
m = 1/32
m = 0.0312 slug
Material Z
m = 7/32
m = 0.125 slug
In conclusion, using the concept of weight, we can find the mass of each body, finding that the answer for the body with the greatest mass is:
Learn more about weight here:
https://brainly.com/question/22255610
