Thermal radiation is defined as
A) radiation produced by a hot object.
B) radiation in the infrared part of the spectrum.
C) radiation that depends only on the emitting object's temperature.
D) radiation in the form of emission lines from an object.
E) radiation that is felt as heat.
C
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A ball with original momentum +7.0 kg/m/s hits a wall and bounces straight back without losing any kinetic energy. The change in momentum of the ball is:
a. 0. b. 14 kg/m/s. c. 7.0 kg/m/s. d. –14 kg/m/s. e. –7.0 kg/m/s.
The Sun
A) rotates in the same direction as the planets revolve. B) rotates in the opposite direction as the planets revolve. C) does not rotate relative to the planets. D) takes longer to rotate than for the planets to revolve.
How can the description of the atom given by the Schrödinger equations be visualized?
a. As a sphere with electrons distributed through a solid positively charged core, like a plum pudding. b. As a miniature solar system. c. As a nucleus surrounded by an electron cloud. d. As a positively charged nucleus connected to a negatively charged electron shell by a spring. e. An empty box with just one atomic particle in it.
A light ray bends when it goes from one medium to another because of diffraction
Indicate whether the statement is true or false