In the diagram below the spring is COMPRESSED & the block's velocity is ZERO and its acceleration is ZERO. For each force listed below, identify which choice BEST REPRESENTS the direction that force is acting on the block. Direction of gravity: Direction of tension: ---Select--- Direction of static friction:- Direction of kinetic friction: No kinetic friction Direction of normal force: 1 Direction of spring force:→ Direction of buoyant force: ↑ Direction of net force: No net force Y ✓ Which of the choices in the drop-down menu best describes the motion of the block? remaining at rest v

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In the diagram below the spring is COMPRESSED & the block's velocity is ZERO and its acceleration is ZERO. What is the direction of tension?   

In the diagram below the spring is COMPRESSED & the block's velocity is ZERO and its acceleration is ZERO.
For each force listed below, identify which choice BEST REPRESENTS the direction that force is acting on the
block.
Direction of gravity:
Direction of tension: ---Select---
Direction of static friction:
Direction of kinetic friction: No kinetic friction
Direction of normal force: ↑
Direction of spring force: →
Direction of buoyant force: ↑
Direction of net force: No net force
Which of the choices in the drop-down menu best describes the motion of the block?
remaining at rest
Transcribed Image Text:In the diagram below the spring is COMPRESSED & the block's velocity is ZERO and its acceleration is ZERO. For each force listed below, identify which choice BEST REPRESENTS the direction that force is acting on the block. Direction of gravity: Direction of tension: ---Select--- Direction of static friction: Direction of kinetic friction: No kinetic friction Direction of normal force: ↑ Direction of spring force: → Direction of buoyant force: ↑ Direction of net force: No net force Which of the choices in the drop-down menu best describes the motion of the block? remaining at rest
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