Name four conservation laws.
1. conservation of energy conservation of matter conservation of momentum conservation
of
2. Conservation of energy, matter or mass, momentum, and angular momentum.
3. Conservation of Energy, Conservation of Momentum, Conservation of charges.
4. Conservation of Total Energy Conservation of Momentum Conservation of Mass
Conservation of Angular Momentum
5. that of energy, momentum, charge, and mass.
6. Converation of Total Energy, Conservation of Charge, Conservation of Momentum,
Conservation of Mechanical Energy.
7. Conservation of Linear Momentum Conservation of Energy Conservation of Electric
Charge Conservation of Angular Momentum
8. Conservation of energy Conservation of momentum Conservation of Angular
momentum Conservation of mechanical energy
9. Four conservation laws are conservation of energy, conservation of momentum,
conservation of angular momentum, and conservation of conservation of thermal
energy.
10. Conservation of energy, conservation of momentum, ?? was this in the reading?
11. conservation of total energy conservation of momentum conservation of angular
momentum conservation of mechanical energy
12. conversation of energy, momentum, angular momentum, and charge.
Describe in words the essential features of Coulomb's Law.
1. Coulombs law is like gravity,but charges can either repell or atract. The force of two
charges decreases with the square of the distance.
2. Coulomb's Law explains how a force is exerted on one electric charge to another. It
describes that the electric force between two point charges is directly proportional to the
product of the charges and is indirectly proportional to the square of the distance
between them.
3. Electirc force must decrease with the square of the distance, very much like Newton's
Law of Gravity.
4. Coulomb's Law says that the as the distance between two objects increases their
electrical force will decrease. It's very similar in appearance to Newton's Law of Gravity.
5. Similiar to Newton's law of gravity, Coulombs Law states that the electrical force
decreases with the with the square of the distance.
6. Basically, as the radius increases, the force of the charge decreases exponentially. This
means that two charged objects that are one meter apart exert a much greater force on
each other than two objects that are ten meters apart.
7. Coulombs law is similar to Newtons law dealing with gravity. He talks about electric
force and how it decreases with the square of the distance.
8. It is a law for electrostatic forces. We are able to determine the focre between two
charges by factoring in a constant and the distances between the center of two charges.
9. Coulomb concluded that electric force is proportionate to distance. As the distance
increases, the charge decreases. In order for this hypothesis to work, the charges must
be stationary.
10. Coulomb's Law says that electric force decreases proportionaly with distance.
11. An electric force will decrease with the square of the distance. It's a lot like gravity.
12. the power of an electric force decreases with the square of its distance (like
