SCMH 1010 Adams Final Exam Auburn University | UPDATED
Questions with 100% Verified Answers
Question:
Newton's first law of motion
Answer:
in the absence of a net external force an objects state of motion will remain constant
Question:
Newton's second law of motion
Answer:
SigmaF=ma
Question:
Newton's third law of motion
Answer:
to every action there is an equal and opposite reaction
Question:
Kinematics
Answer:
speed, velocity, acceleration, and position
Question:
Speed
Answer:
how fast an object is moving, distance traveled divided by the time it took to travel
Question:
Velocity
Answer:
related to speed, speed plus a distance
,Question:
Acceleration
Answer:
the rate of change of your velocity
Question:
Newton's Law of gravitation
Answer:
anything that has mass attracts everything else that has mass
Question:
State of motion
Answer:
a description of how an object is moving
Question:
Law of conservation of energy
Answer:
energy can neither be created nor destroyed, but it can change from one form to
another
Question:
Kinetic energy
Answer:
energy of motion, energy and mass are directly proportional therefore if you double the
mass you double the energy, faster - higher force - more energy
Question:
Kinetic Energy formula
Answer:
m X (m/s)^2 X 1/2
Question:
, Potential energy
Answer:
energy that is stored, has the ability to do work even if it isn't doing it now, gravitational
potential energy
Question:
Gravitational Potential Energy
Answer:
gravitation could give something the ability to exert force, formula= (mass)(m/s)^2(height)
Question:
Energy
Answer:
if the system can exert a force over a distance it has this, it is finite, it can be put into or
leave a system, put into 2 groups
Question:
Work
Answer:
only done when a FORCE is exerted over a distance, formula = Fd, must have force and
distance, force must be moving in the same direction as the object, crosses the boundary
of a system
Question:
Power
Answer:
the time it takes to do work, power equals watts, W=joules/seconds
Question:
Thermal Energy
Answer:
random kinetic energy from atoms and molecules
Question:
Questions with 100% Verified Answers
Question:
Newton's first law of motion
Answer:
in the absence of a net external force an objects state of motion will remain constant
Question:
Newton's second law of motion
Answer:
SigmaF=ma
Question:
Newton's third law of motion
Answer:
to every action there is an equal and opposite reaction
Question:
Kinematics
Answer:
speed, velocity, acceleration, and position
Question:
Speed
Answer:
how fast an object is moving, distance traveled divided by the time it took to travel
Question:
Velocity
Answer:
related to speed, speed plus a distance
,Question:
Acceleration
Answer:
the rate of change of your velocity
Question:
Newton's Law of gravitation
Answer:
anything that has mass attracts everything else that has mass
Question:
State of motion
Answer:
a description of how an object is moving
Question:
Law of conservation of energy
Answer:
energy can neither be created nor destroyed, but it can change from one form to
another
Question:
Kinetic energy
Answer:
energy of motion, energy and mass are directly proportional therefore if you double the
mass you double the energy, faster - higher force - more energy
Question:
Kinetic Energy formula
Answer:
m X (m/s)^2 X 1/2
Question:
, Potential energy
Answer:
energy that is stored, has the ability to do work even if it isn't doing it now, gravitational
potential energy
Question:
Gravitational Potential Energy
Answer:
gravitation could give something the ability to exert force, formula= (mass)(m/s)^2(height)
Question:
Energy
Answer:
if the system can exert a force over a distance it has this, it is finite, it can be put into or
leave a system, put into 2 groups
Question:
Work
Answer:
only done when a FORCE is exerted over a distance, formula = Fd, must have force and
distance, force must be moving in the same direction as the object, crosses the boundary
of a system
Question:
Power
Answer:
the time it takes to do work, power equals watts, W=joules/seconds
Question:
Thermal Energy
Answer:
random kinetic energy from atoms and molecules
Question:
