10.
Is a scalar quantity and is obtained from the product of force and displacement:
work
19.
Define this formula: 
the momentum of a particle is a vector quantity of the same magnitude as the product of its mass times its velocity
It is an outside influence that makes a body is stationary or moving
Force
The force that produces a surface on a body found in a surface perpendicular to the surface.
Normal Force
aka Law of Action and Reaction
Newton's Third Law
E s one in which if no force acts on a body moving with constant speed.
Inertial reference frame
7. | It is the result of physical contact between the body and its surroundings, between the body that carries the action and receiver Friction |
8. | Force to be proportional to this acceleration also receives the same name gravity |
9. | They are fundamental forces of nature Gravity |
10. | Is a scalar quantity and is obtained from the product of force and displacement: work |
19. | Define this formula: the momentum of a particle is a vector quantity of the same magnitude as the product of its mass times its velocity |
20. | Classification of shock Elastic collisions: When two or more objects collide without deformation, ie, when energy is conserved and the total kinetic momentum Inelastic collisions: when part of the total kinetic energy is transformed into non-recoverable energy (heat, strain, sound, etc.), Ie, the colliding objects are deformed. Completely inelastic collision: momentum is conserved only, objects become distorted, producing heat and colliding objects stick together, forming a single object after the collision, whose mass is the sum of both. |
34. | System also known as MKS units The International System is defined in terms of length, mass and time. |
35. | Examples of derived units Area: Volume: Speed: Acceleration: FuerzaPotencia, |
36. | Is a quantity that is represented by a number and its units Scalar |
37. | Characteristics of a vector is a quantity that has three characteristics: direction (orientation, either in degrees or North, South, East or West), scale (which measures the vector, a value with its units) and direction (whether positive or negative). |
38. | Are vectors that have the same address Are parallel when they have the same direction. |
39. | Method used for the vector sum vector addition has the following properties:
|
40. | Vector Magnitude 1 and its address is the same vector Unit vectors. |
41. | Multiplication of vectors resulting in a scalar Scalar multiplication |
42. | Change of position with respect to time Speed |
43. | Speed variation with respect to time Acceleration |
44. | Falling object (influenci0a eliminating the air) and no matter the mass experiences a constant acceleration Free Fall |
45. | Movement towards a more constant speed of free fall motion Parabolic shooting |
46. | defined uniform circular motion has a background in a circle and is a movement with constant velocity, since there is only a change in direction. |
47. | Acceleration points toward the center of the circle centripetal |
