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Advanced Physics
1.  A block rests on a frictionly horizontal plane and is attached to a spring.  When set into simple harmonic motion the block oscillates back and forth with an angular frequcy of 5.4 rad/sec as shown by the drawing.   2) When the spring is unstrained the reference point is labeled x=0. 3) A small bottle is located 0.080 to the right of this position.  The block is pulled to the right by 0.050 m and then thrown to the left.  In order to knock down the bottle it must be thrown with a speed exceeding V0. 4) Ignoring the width of the block, find V0

1.  A block rests on a frictionly horizontal plane and is attached to a spring.  When set into simple harmonic motion the block oscillates back and forth with an angular frequcy of 5.4 rad/sec as shown by the drawing.   2) When the spring is unstrained the reference point is labeled x=0. 3) A small bottle is located 0.080 to the right of this position.  The block is pulled to the right by 0.050 m and then thrown to the left.  In order to knock down the bottle it must be thrown with a speed exceeding V0. 4) Ignoring the width of the block, find V0

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1.  A block rests on a frictionly horizontal plane and is attached to a spring.  When set into simple harmonic motion the block oscillates back and forth with an angular frequcy of 5.4 rad/sec as shown by the drawing.  

2) When the spring is unstrained the reference point is labeled x=0.

3) A small bottle is located 0.080 to the right of this position.  The block is pulled to the right by 0.050 m and then thrown to the left.  In order to knock down the bottle it must be thrown with a speed exceeding V0.

4) Ignoring the width of the block, find V0

The image depicts an experimental setup involving a horizontal surface with a ramp and an object. Here's a detailed description of the components: 1. **Ramp and Surface**: A horizontal platform with a series of arrows pointing upwards, indicating motion or force direction. The ramp's surface is marked from the position \( x = 0 \, \text{m} \). 2. **Object**: A block is placed on the platform at the start of the ramp. It has an initial velocity \( v_0 \) directed to the right. 3. **Measurements**: - The distance from the block to the ramp's edge is \( 0.050 \, \text{m} \). - The total length of the platform before the edge is \( 0.080 \, \text{m} \). 4. **Bottle**: A bottle stands at the far right end of the platform. This diagram is likely used to illustrate principles in physics, such as kinematics, friction, or the effect of forces on motion, possibly showing the initial conditions before motion or an interaction occurs.
Transcribed Image Text:The image depicts an experimental setup involving a horizontal surface with a ramp and an object. Here's a detailed description of the components: 1. **Ramp and Surface**: A horizontal platform with a series of arrows pointing upwards, indicating motion or force direction. The ramp's surface is marked from the position \( x = 0 \, \text{m} \). 2. **Object**: A block is placed on the platform at the start of the ramp. It has an initial velocity \( v_0 \) directed to the right. 3. **Measurements**: - The distance from the block to the ramp's edge is \( 0.050 \, \text{m} \). - The total length of the platform before the edge is \( 0.080 \, \text{m} \). 4. **Bottle**: A bottle stands at the far right end of the platform. This diagram is likely used to illustrate principles in physics, such as kinematics, friction, or the effect of forces on motion, possibly showing the initial conditions before motion or an interaction occurs.
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