QueenJahaida
QueenJahaida QueenJahaida
  • 15-06-2018
  • Chemistry
contestada

Calculate the mass of a 3.0 cm3 sample of Iron ( whose density is equal to 7.87 g/cm3 )

Respuesta :

Ishankahps
Ishankahps Ishankahps
  • 24-06-2018
We can use a simple equation to solve this problem. 
    d = m/v


Where d is the density, m is the mass and v is the volume.

d = 7.87 g/cm³
m = ?
v = 3.0 cm³

By applying the equation,
    7.87 g/cm³ = m /  3.0 cm³
                  m = 7.87 g/cm³ x 3.0 cm³ 
                  m = 23.61 g

Hence, the mass of 3.0 cm³ of iron is 23.61 g.
Answer Link

Otras preguntas

Given angle 3=57, find the missing angle measures.
Semester Exam Which region on the map has the smallest population? Source: U.S. Census Bureau A. Region 3 B. Region 4 C. Region 2 D. Region 1
In the story, Brian throws the hatchet at the porcupine who enters his shelter. Why is this event important to the story. Use 2 details from the text to support
Two lines, C and D, are represented by the equations given below: Line C: y = x + 10 Line D: y = 3x + 2 Which of the following shows the solution to the system
What is the highest level of complexity for a single celled organism?
Solve for T: 10t-4x=3S Explanation plz
Tìm căn bậc hai của số phức z=1+i√3
Which technique would you choose for producing a polymer acrylonitrile (a) cationic (b) anionic
Part II: Long Response Directions: Write two paragraphs on how art has impacted your life.
20 pnts!!! please help