Mass, Density & Volume

Which statement BEST describes the relationship between the weight and mass of an object?

• If mass increases, weight will decrease.

• Doubling mass reduces weight by half.

• An increase in mass will not affect weight.

• If mass increases, weight will increase.

Tags

NGSS.MS-PS2-4

A spring scale is used to measure weight. Which of the following does it measure?

• The force of gravity on an object.

• The amount of matter in an object.

• The composition of an object.

• The average density of an object.

Tags

NGSS.MS-PS2-4

What happens to the mass and weight of an object that is launched into space, where the pull of gravity is less?

• The mass decreases while the weight stays constant.

• The mass stays constant while the weight decreases.

• The mass stays constant while the weight increases.

• The mass increases while the weight decreases.

Tags

NGSS.MS-PS2-4

Nick is preparing a solution and needs to measure the mass of some copper sulfate. Which one of the objects should he use to measure MASS?

• Electric Scale

• Ruler

• Triple Beam Balance

• Graduated Cylinder

Jen is explaining the difference between weight and mass to her sister. In comparing the two, which of the following could Jen use to CORRECTLY describe the weight of an object?

• Weight is the same everywhere in space.

• Weight is how much matter is in an object.

• Weight is the amount of gravitational pull on an object.

• Weight is not impacted by the force of gravity.

• 15 cm3

• 50 cm3

• 150 cm3

• 180 cm3

Density is a physical property of matter and can be used to classify substances. Density is calculated by which of the following?

• d=v/m

• d=m/v

• d=w/v

• d=m/w

Tags

CCSS.HSG.MG.A.2

• 303.4 g

• 370.4 g

• 373.0 g

• 373.4 g

• 2.5 g/cm3

• 25 g/cm3

• 250 g/cm3

• 2,500 g/cm3

Based on the data for the four samples, determine which of the following substances has the greatest density.

• Sample 1: volume = 15 cm3, mass =30 g

• Sample 2: volume = 20 cm3, mass = 66 g

• Sample 3: volume = 3 cm3, mass = 12 g

• Sample 4: volume = 48 cm3, mass = 100 g

Tags

NGSS.MS-PS1-2