Kinematics Flashcards

1
Q

What is kinematicics

A

It describes the appearance of motion; in its form, pattern, or geometry(shape) ox motion with respect to time

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2
Q

The two types of kinematic analysis are

A

Qualitative and qualitative

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3
Q

Qualitative analysis describes motion

A

Visually (how it looks)

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4
Q

Qualitative analysis describes motion

A

With more precise measurements (involves determining numbers)

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5
Q

The two main types of motion are

A

Linear and angular

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6
Q

Linear motion is

A

Motion along a line

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7
Q

The two subtypes of linear motion are

A

Rectilinear and curvilinear

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8
Q

Rectilinear motion

A

Is motion along a straight line

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9
Q

Curvilinear motion

A

Is motion in a curve path

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10
Q

Angular motion

A

Is motion around an axis of rotation

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11
Q

Linear displacement is

A

The change in position from its intinal position to its final position

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12
Q

Is linear displacement a vector quantity or a scalar quantity

A

A vector quantity

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13
Q

Is distance a vector quantity or a scalar quantity

A

A scalar quantity

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14
Q

Displacement is measured in

A

Meters (m)

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15
Q

Displacement is measured in

A

Meters (m)

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16
Q

Linear velocity is

A

The change in portion that occurs in a specific period of time (rate of change in postion)

17
Q

The formula for linear velocity is

A

V= triangle p/ triangle t

18
Q

Speed is the scalar or vector equivalent to velocity

A

Scalar

19
Q

The formula for speed is

A

Speed= distance/ triangle t

20
Q

The unit used for speed is

A

Meters per second (m/s)

21
Q

Linear acceleration is

A

The change in velocity that occurs in a specific period of time (rate of change in velocity)

22
Q

When there is no change in velocity; this means acceleration is

A

Zero

23
Q

The equation fur linear acceleration is

A

A=triangle v/ triangle t

24
Q

The unit of measure for acceleration is

A

Meters per second squared (m/s^2)

25
Q

Finding acceleration on a graph you will use

A

Rise over run