position, velocity, acceleration, & speed of a snowboarder

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Position, Velocity, Acceleration, & Speed of a Snowboarder

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Page 1: Position, Velocity, Acceleration, & Speed of a Snowboarder

Position, Velocity, Acceleration, &

Speed of a Snowboarder

Page 2: Position, Velocity, Acceleration, & Speed of a Snowboarder

x0 4.49

slope type X trem e halfp ipe

show f'x 0show f''x 0

5 3 2 1 0 .5

0

0 .51

235

y 0

Describe the snowboarder’s motion. y(x) represents the snowboarder’s position.

Page 3: Position, Velocity, Acceleration, & Speed of a Snowboarder

x0 4.49

slope type X trem e halfp ipe

show f'x 0show f''x 0

5 3 2 1 0 .5

0

0 .51

235

y 0

y’(x) > 0 Velocity of snowboarder is positive. Snowboarder’s position is increasing.

Page 4: Position, Velocity, Acceleration, & Speed of a Snowboarder

x0 4.49

slope type X trem e halfp ipe

show f'x 0show f''x 0

5 3 2 1 0 .5

0

0 .51

235

y 0

y’’(x) > 0Acceleration of snowboarder is positive.

Snowboarder’s velocity is increasing.

Page 5: Position, Velocity, Acceleration, & Speed of a Snowboarder

x0 4.49

slope type X trem e halfp ipe

show f'x 0show f''x 0

5 3 2 1 0 .5

0

0 .51

235

y 0

y’(x) > 0 and y’’(x) > 0 Snowboarder is speeding up.

Page 6: Position, Velocity, Acceleration, & Speed of a Snowboarder

5 3 2 1 0 .5

0

0 .51

235

y' ' 0

Describe the snowboarder’s motion. y(x) represents the snowboarder’s position.

Page 7: Position, Velocity, Acceleration, & Speed of a Snowboarder

5 3 2 1 0 .5

0

0 .51

235

y' ' 0

y’(x) > 0 Velocity of snowboarder is positive. Snowboarder’s position is increasing.

Page 8: Position, Velocity, Acceleration, & Speed of a Snowboarder

5 3 2 1 0 .5

0

0 .51

235

y' ' 0

y’’(x) < 0Acceleration of snowboarder is negative.

Snowboarder’s velocity is decreasing.

Page 9: Position, Velocity, Acceleration, & Speed of a Snowboarder

5 3 2 1 0 .5

0

0 .51

235

y' ' 0

y’(x) > 0 and y’’(x) < 0Snowboarder is slowing down.

Page 10: Position, Velocity, Acceleration, & Speed of a Snowboarder

Describe the snowboarder’s motion. y(x) represents the snowboarder’s position.

Page 11: Position, Velocity, Acceleration, & Speed of a Snowboarder

y’(x) < 0 Velocity of snowboarder is negative. Snowboarder’s position is decreasing.

Page 12: Position, Velocity, Acceleration, & Speed of a Snowboarder

y’’(x) > 0Acceleration of snowboarder is positive. Snowboarder’s velocity is increasing.

Page 13: Position, Velocity, Acceleration, & Speed of a Snowboarder

y’(x) < 0 and y’’(x) > 0Snowboarder is slowing down.

Page 14: Position, Velocity, Acceleration, & Speed of a Snowboarder

5 3 2 1 0 .5

0

0 .51

235

y' ' 0

Describe the snowboarder’s motion. y(x) represents the snowboarder’s position.

Page 15: Position, Velocity, Acceleration, & Speed of a Snowboarder

5 3 2 1 0 .5

0

0 .51

235

y' ' 0

y’(x) < 0 Velocity of snowboarder is negative. Snowboarder’s position is decreasing.

Page 16: Position, Velocity, Acceleration, & Speed of a Snowboarder

5 3 2 1 0 .5

0

0 .51

235

y' ' 0

y’’(x) < 0Acceleration of snowboarder is negative. Snowboarder’s velocity is decreasing.

Page 17: Position, Velocity, Acceleration, & Speed of a Snowboarder

5 3 2 1 0 .5

0

0 .51

235

y' ' 0

y’(x) < 0 and y’’(x) < 0Snowboarder is speeding up.