FINAL TESU PHYSICS 116 EXAM WITH
CORRECT ACTUAL QUESTIONS AND
CORRECTLY WELL DEFINED ANSWERS
LATEST ALREADY GRADED A+
you throw a ball in a (straight-line path) accelerating ship
what does the observer see and what does the man in the
spaceship see - ANSWERS-observer= straight line path
man in ship= path is curved.
key word accelerating ship
This holds true for a beam of light
ball (thrown horizontal across spaceship) at a velocity equal
to that of light - ANSWERS-ball still curves downward (only
to man inside observing)
gravitation is an interaction between masses . what is light -
ANSWERS-light may be massless but it is not energyless.
therefore, gravity pulls on the energy of light because
energy is equivalent to mass.
, a circular disk with a clock in (clock 1) center, (clock 2) at
edge, (clock 3) and on ground. - ANSWERS-outer clock runs
slower than inner clock. clock 1 & 3 run at same rate. clock 2
runs slower
In our clock example, an observer at clock 3 sees clock 2
doing what - ANSWERS-clock 2 runs slower because it is
moving
In our clock example, POV from observer at clock 1 sees
clock 2 doing what - ANSWERS-sees clock 2 running slower
applying principle of equivalence. (any effect of acceleration
can be duplicated by gravity) we must conclude that as we
move in the direction in which a gravitational force acts,
time will be - ANSWERS-slowed
since every atom is a clock an a slowing down of atomic
vibration indicates the slowing down of clocks. an atom on
sun should emit light of a lower Frequency (slower
vibration) than light emitted by the same element on earth.
Since red light is at - ANSWERS-lower frequency. lowering
CORRECT ACTUAL QUESTIONS AND
CORRECTLY WELL DEFINED ANSWERS
LATEST ALREADY GRADED A+
you throw a ball in a (straight-line path) accelerating ship
what does the observer see and what does the man in the
spaceship see - ANSWERS-observer= straight line path
man in ship= path is curved.
key word accelerating ship
This holds true for a beam of light
ball (thrown horizontal across spaceship) at a velocity equal
to that of light - ANSWERS-ball still curves downward (only
to man inside observing)
gravitation is an interaction between masses . what is light -
ANSWERS-light may be massless but it is not energyless.
therefore, gravity pulls on the energy of light because
energy is equivalent to mass.
, a circular disk with a clock in (clock 1) center, (clock 2) at
edge, (clock 3) and on ground. - ANSWERS-outer clock runs
slower than inner clock. clock 1 & 3 run at same rate. clock 2
runs slower
In our clock example, an observer at clock 3 sees clock 2
doing what - ANSWERS-clock 2 runs slower because it is
moving
In our clock example, POV from observer at clock 1 sees
clock 2 doing what - ANSWERS-sees clock 2 running slower
applying principle of equivalence. (any effect of acceleration
can be duplicated by gravity) we must conclude that as we
move in the direction in which a gravitational force acts,
time will be - ANSWERS-slowed
since every atom is a clock an a slowing down of atomic
vibration indicates the slowing down of clocks. an atom on
sun should emit light of a lower Frequency (slower
vibration) than light emitted by the same element on earth.
Since red light is at - ANSWERS-lower frequency. lowering
