What is the correct formula for finding the volume of an irregular solid?

Amount of liquid with object – Amount of liquid without object = Volume

Length X Width X Height = Volume

Amount of liquid with object X Amount of liquid without object = Volume

Amount of liquid without object – Amount of liquid with object = Volume

What is the correct formula for finding the volume of a rectangular-shaped solid?

Length X Width X Height = Volume

Amount of liquid with object – Amount of liquid without object = Volume

Amount of liquid with object X Amount of liquid without object = Volume

Amount of liquid without object – Amount of liquid with object = Volume

An object has a mass of 50 grams and a volume of 72 cm 3 (same as last question). Which is true?

This object will float in water

This object will neither float nor sink

This object will levitate in mid-air.

An object has a volume of 100 cm 3 and a mass of 125 grams (same as last question). Which of the following is true?

This object will float in water

This object will neither float nor sink

This object will levitate in mid-air.

Kendall has 4 beakers, each containing 10 milliliters (mL) of a different liquid. He finds the mass, in grams (g), of each liquid and records it in his notebook. His data are shown in the table. Kendall wants to know what will happen when the liquids are all combined. He pours them all into a 50-mL beaker, and after a few minutes, the liquids separate into different layers. Which liquid would make up the bottom layer of the beaker?

Karo syrup, because it has the greatest density.

Water, because it sinks into all substances.

Vegetable oil, because it has the least amount of mass.

In the experiment the liquids separated into layers. Use the chart to determine what would be the correct order of the liquids from the bottom layer to the top layer.

Karo Syrup, Milk, Water, Vegetable oil

Milk, Water, Vegetable Oil, Karo Syrup

Water, Milk, Vegetable Oil, Karo Syrup

Vegetable oil, Water, Karo Syrup, Milk

Tim is helping his mom make a dessert. Tim measures out 500 grams of peanuts and 500 grams of marshmallows. Which of these will need the largest container?

The marshmallows will need a larger container because they are less dense.

The peanuts will need a larger container because they are irregularly shaped.

They will need the same size container because there are 500 grams of each.

The peanuts will need a larger container because a peanut is heavier than a marshmallow.

Jan noticed that when she put a tomato in water, it sank. When she put an apple in water, it floated. Why did the tomato sink while the apple floated?

The tomato is more dense than the water, and the apple is less dense than the water.

The apple has more surface area than the tomato, which allowed the apple to float.

The apple is more dense than the water, and the tomato is less dense than the water.

The apple and the tomato have the same density, but the tomato skin absorbed water, making it sink.

The image below shows the same egg in water (on the left) and in seawater (on the right). What must be true about these liquids?

The seawater is denser than the plain water

The seawater is less dense than the plain water

The plain water and sea water have the same density

It is impossible to tell the densities of the liquids

Density Test

Quiz

•

Science

•

8th Grade

•

Practice Problem

•

Medium

•

NGSS

MS-PS1-2, MS-PS1-5, MS-PS2-2

+2

Standards-aligned

Stephanie Szerdy

Used 14+ times

FREE Resource

Volume

Density

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