The diagram below shows the lab set-up. The meter stick is resting on a fulcrum and has a hanger hanging from it. The For each force listed below, identify which choice BEST REPRESENTS the Direction of meter stick weight: --Choose direction--- Where is it acting?--- -Choose direction--- v --Where Direction of hanger force (weight of hanger): Direction of normal force: ---Choose direction--- Where is it acting?--- Direction of spring force: --Choose direction--- Direction of net force: --Choose direction--- V V --Where is it acting?--- ---Where is it acting?--- V
The diagram below shows the lab set-up. The meter stick is resting on a fulcrum and has a hanger hanging from it. The For each force listed below, identify which choice BEST REPRESENTS the Direction of meter stick weight: --Choose direction--- Where is it acting?--- -Choose direction--- v --Where Direction of hanger force (weight of hanger): Direction of normal force: ---Choose direction--- Where is it acting?--- Direction of spring force: --Choose direction--- Direction of net force: --Choose direction--- V V --Where is it acting?--- ---Where is it acting?--- V
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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The diagram below shows the lab set up, the meter stick is resting on a fulctum and has a hanger hanging from it the meter stick is on equilibrium
![The diagram illustrates a lab setup with a meter stick balanced on a fulcrum, and a hanger attached to one end.
### Instructions
For each force listed below, identify which choice **BEST REPRESENTS** the direction and location of the force.
1. **Direction of meter stick weight:**
- Choose direction: [Dropdown]
- Where is it acting? [Dropdown]
2. **Direction of hanger force (weight of hanger):**
- Choose direction: [Dropdown]
- Where is it acting? [Dropdown]
3. **Direction of normal force:**
- Choose direction: [Dropdown]
- Where is it acting? [Dropdown]
4. **Direction of spring force:**
- Choose direction: [Dropdown]
- Where is it acting? [Dropdown]
5. **Direction of net force:**
- Choose direction: [Dropdown]
- Where is it acting? [Dropdown]
### Diagram Details
- The meter stick is shown in a horizontal position.
- A fulcrum is placed beneath the stick towards the left side, providing pivotal support.
- The hanger, depicted as a vertical element, is attached to the right side of the stick, hanging downward.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8b02c858-36fd-4bb4-a48f-d14b7c311887%2F650ca34b-82a0-4061-ae05-2d7ed9077f92%2Fnrss495_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The diagram illustrates a lab setup with a meter stick balanced on a fulcrum, and a hanger attached to one end.
### Instructions
For each force listed below, identify which choice **BEST REPRESENTS** the direction and location of the force.
1. **Direction of meter stick weight:**
- Choose direction: [Dropdown]
- Where is it acting? [Dropdown]
2. **Direction of hanger force (weight of hanger):**
- Choose direction: [Dropdown]
- Where is it acting? [Dropdown]
3. **Direction of normal force:**
- Choose direction: [Dropdown]
- Where is it acting? [Dropdown]
4. **Direction of spring force:**
- Choose direction: [Dropdown]
- Where is it acting? [Dropdown]
5. **Direction of net force:**
- Choose direction: [Dropdown]
- Where is it acting? [Dropdown]
### Diagram Details
- The meter stick is shown in a horizontal position.
- A fulcrum is placed beneath the stick towards the left side, providing pivotal support.
- The hanger, depicted as a vertical element, is attached to the right side of the stick, hanging downward.
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