A stone with a mass of 5g is placed into a graduated cylinder containing 50mL of water. With the stone in the graduated cylinder, the water rises to 75mL. What is the density of the stone if density is mass divided by volume.
Density = Mass / Volume. An object has a mass of 20g and volume of 10cm3. What is its density?
Block 1 has a mass of 80g and volume of 100cm3. Block 2 has a mass of 105g and volume of 100cm3. Block 3 has a mass of 78g and volume of 50cm3. Block 4 has a mass of 48g and volume of 50cm3. Based on the data, what can be said about the density?
Cube 1 mass is 9.9g and volume 8.5cm3. Cube 2 mass is 14.9g and volume 5.5cm3. Cube 3 mass is 5.0g and volume 6.5cm3 Cube 4 mass is 18.0g and volume 20.0cm3. Which cube has the LOWEST density?
A rock has a mass of 5.00g and occupies a volume of 25.00cm3. What is the density of the rock if density is mass/volume.
A reaction occurs in a beaker of fluid, and a white substance settles to the bottom. This precipitate is evidence that what process has occurred?
Which process BEST illustrates elements combining to make a new compound?
What indicator is typically a sign that a chemical change has taken place?
What would the breaking up of a large rock into small rocks be considered?
Which statement about the Law of Conservation of Mass is true?
An object is placed in a graduated cylinder containing 15mL of water, and the water rises to 30mL. IF the mass of the object is 54g, what is the density of the object if density = mass/volume?
Which example represents a physical change?
What is the MOST accurate method for measuring the volume of liquid?
Two liquids are mixed together in a beaker, and a solid settles to the bottom of the beaker. What change has taken place?
Which chemical equation supports the law of conservation of matter?
Which equation is balanced?
What does the arrow represent in the chemical equation ?
What is the 2 called in the reactants of the balanced equation H2 + Cl2 --- HCl
Teachers: Create FREE classroom games with your questions Click for more info!
©2007-2024 Review Game Zone | About | Privacy | Contact | Terms | Site Map
©2007-2024 Review Game Zone | About | Privacy | Contact | Terms | Site Map