Exam 10: Matter, Light, and Glass Examination

The basic unit of length in the metric system is the ________.

Which color of the visible spectrum has the highest frequency and the shortest wavelength?

Match the word in Column 1 to its definition in Column 2. Each answer can only be used once. A)The separation of light into its component wavelengths B)A constant property of matter that reflects the amount of material present C)The behavior of a substance without alteration of the substance's composition through a chemical reaction D)A difference in the two indices of a refraction exhibited by most crystalline materials E)The bending of a light wave as it passes from one medium to another F)A property of matter that depends on both the mass of a substance and the effects of gravity on the mass G)A physical property of matter that is equivalent to the mass per unit volume of a substance H)Glass that is strengthened by introducing stress through rapid heating and cooling of the glass surfaces I)A crack in a glass that forms a rough circle around the point of impact J)A crack in a glass that extends outward like the spoke of a wheel from the point at which the glass was struck K)The behavior of a substance when it reacts or combines with another substance L)A property that is not dependent on the size of the object M)A bright halo that is observed near the border of a particle immersed in a liquid of a different refractive index N)Two sheets of ordinary glass bonded together with a plastic film -Intensive property

The weight of an object can vary from one location to another while mass remains the same regardless of location.

The smallest unit of a(n)________ is an atom.

________ glass is created by sandwiching one layer of plastic between two pieces of ordinary window glass.

Match the word in Column 1 to its definition in Column 2. Each answer can only be used once. A)The separation of light into its component wavelengths B)A constant property of matter that reflects the amount of material present C)The behavior of a substance without alteration of the substance's composition through a chemical reaction D)A difference in the two indices of a refraction exhibited by most crystalline materials E)The bending of a light wave as it passes from one medium to another F)A property of matter that depends on both the mass of a substance and the effects of gravity on the mass G)A physical property of matter that is equivalent to the mass per unit volume of a substance H)Glass that is strengthened by introducing stress through rapid heating and cooling of the glass surfaces I)A crack in a glass that forms a rough circle around the point of impact J)A crack in a glass that extends outward like the spoke of a wheel from the point at which the glass was struck K)The behavior of a substance when it reacts or combines with another substance L)A property that is not dependent on the size of the object M)A bright halo that is observed near the border of a particle immersed in a liquid of a different refractive index N)Two sheets of ordinary glass bonded together with a plastic film -Birefringence

One inch is equivalent to ________ centimeters.

Weight is a constant property of matter that reflects the amount of material present.

The fracture pattern of glass usually has:

The more material one has, the less radiation it will absorb.

The density of water at 60°F is ________ the density of water at 28°F.

Radial cracks form a Right angle on the Reverse side of the force is known as the ________ rule.

Which of the following is an element?

________ index measures the speed of light in a vacuum to its speed in any given substance.

The periodic table is a:

The refractive index of a medium is determined by the ratio of:

The effect of gravity on the weight of an object is ________ the effect of gravity on the mass of the same object.

It is frequently possible to determine the sequence of impacts in glass by observing the existing fracture lines and their points of termination.

To explain the events that occur after radiation is absorbed by a substance, light must be characterized as: