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In order to control the amount of electricity flowing through a cell phone, a company would need to purchase a material that is solid material that is a semi conductor. This material would be classified as:
malleable, ductile, conductor of electricity, and shiny luster
nonmetal
0.4g/cm3
metalloid
metalloid
all of the above
ductility
Density = mass divided by volume
A student needs the density of a cube for a lab. Each side is 3cm long and its mass is 12g. What is the density of the cube?
malleable, ductile, conductor of electricity, and shiny luster
nonmetal
0.4g/cm3
metalloid
metalloid
all of the above
ductility
Density = mass divided by volume
copper is classified as a metal because it has these properties
malleable, ductile, conductor of electricity, and shiny luster
nonmetal
0.4g/cm3
metalloid
metalloid
all of the above
ductility
Density = mass divided by volume
A student observes an object and it is solid, malleable but not ductile and shiny. The sample would be classified as:
malleable, ductile, conductor of electricity, and shiny luster
nonmetal
0.4g/cm3
metalloid
metalloid
all of the above
ductility
Density = mass divided by volume
A student sees a rock. It is pale yellow brittle, solid, and is not shiny. What is its classification?
malleable, ductile, conductor of electricity, and shiny luster
nonmetal
0.4g/cm3
metalloid
metalloid
all of the above
ductility
Density = mass divided by volume
Metals can be stretched into thin wires without breaking. This is known as
malleable, ductile, conductor of electricity, and shiny luster
nonmetal
0.4g/cm3
metalloid
metalloid
all of the above
ductility
Density = mass divided by volume
A student wants to find the density of a dice. they would have take what measurements?
malleable, ductile, conductor of electricity, and shiny luster
nonmetal
0.4g/cm3
metalloid
metalloid
all of the above
ductility
Density = mass divided by volume
A student has to calculate the density of an object. Which one is the correct formula?
malleable, ductile, conductor of electricity, and shiny luster
nonmetal
0.4g/cm3
metalloid
metalloid
all of the above
ductility
Density = mass divided by volume
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