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The target is six meters away, and I am able to consistently throw the axe with a horizontal initial velocity of nine meters per second. How long will it take for the axe to reach target? b. What angular speed do I need to give the axe in order for it complete one revolution while traveling to the target? c. Flicking my wrist as I release, I gave the axe that angular speed with a constant angular acceleration over one quarter revolution. What angular acceleration did I give to the axe?

The target is six meters away, and I am able to consistently throw the axe with a horizontal initial velocity of nine meters per second. How long will it take for the axe to reach target? b. What angular speed do I need to give the axe in order for it complete one revolution while traveling to the target? c. Flicking my wrist as I release, I gave the axe that angular speed with a constant angular acceleration over one quarter revolution. What angular acceleration did I give to the axe?

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Please do part two of this problem for me. I submitted the first picture with problem one to help give you a background for the problem and understand what is going. I did part 1 on my own already

### Diagram Explanation The image showcases a simple mechanical diagram involving an arm holding an axe. It can be broken down as follows: - **Shoulder Joint**: Represented by a circle on the left side, indicating the pivot point. - **Arm**: Illustrated as a horizontal line extending from the shoulder joint to the axe. - **Axe**: Positioned at the end of the arm, exerting a downward force. - **Deltoid Muscle**: Illustrated with a red arrow above the arm, connected at an angle, showing the direction of force. ### Questions and Transcription 1. **a.** - **Scenario**: Holding a 1.5-pound (0.67-kg) axe at arm’s length, with the axe’s center of mass 75 centimeters from the shoulder. - **Question**: What torque does the axe exert about the axis of the shoulder? 2. **b.** - **Scenario**: The deltoid is 15 cm from the shoulder joint, pulling at a 30-degree angle. - **Question**: What force does the deltoid need to exert to hold the axe out? 3. **c.** - **Question**: What third force must the shoulder joint exert to hold the arm out like this? Illustrate the direction.
Transcribed Image Text:### Diagram Explanation The image showcases a simple mechanical diagram involving an arm holding an axe. It can be broken down as follows: - **Shoulder Joint**: Represented by a circle on the left side, indicating the pivot point. - **Arm**: Illustrated as a horizontal line extending from the shoulder joint to the axe. - **Axe**: Positioned at the end of the arm, exerting a downward force. - **Deltoid Muscle**: Illustrated with a red arrow above the arm, connected at an angle, showing the direction of force. ### Questions and Transcription 1. **a.** - **Scenario**: Holding a 1.5-pound (0.67-kg) axe at arm’s length, with the axe’s center of mass 75 centimeters from the shoulder. - **Question**: What torque does the axe exert about the axis of the shoulder? 2. **b.** - **Scenario**: The deltoid is 15 cm from the shoulder joint, pulling at a 30-degree angle. - **Question**: What force does the deltoid need to exert to hold the axe out? 3. **c.** - **Question**: What third force must the shoulder joint exert to hold the arm out like this? Illustrate the direction.
### Problem: 2a. The target is six meters away, and I am able to consistently throw the axe with a horizontal initial velocity of nine meters per second. How long will it take for the axe to reach the target? 2b. What angular speed do I need to give the axe in order for it to complete one revolution while traveling to the target? 2c. Flicking my wrist as I release, I gave the axe that angular speed with a constant angular acceleration over one quarter revolution. What angular acceleration did I give to the axe?
Transcribed Image Text:### Problem: 2a. The target is six meters away, and I am able to consistently throw the axe with a horizontal initial velocity of nine meters per second. How long will it take for the axe to reach the target? 2b. What angular speed do I need to give the axe in order for it to complete one revolution while traveling to the target? 2c. Flicking my wrist as I release, I gave the axe that angular speed with a constant angular acceleration over one quarter revolution. What angular acceleration did I give to the axe?
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