Difference between revisions of "AY Honors/Robotics/Answer Key"

From Pathfinder Wiki
< AY Honors‎ | RoboticsAY Honors/Robotics/Answer Key
(+ Robotics honor)
 
(Marked this version for translation)
Line 1: Line 1:
 
<languages /><br />
 
<languages /><br />
<noinclude><translate></noinclude>
+
<noinclude><translate><!--T:1-->
 +
</noinclude>
  
 +
<!--T:2-->
 
{{honor_desc
 
{{honor_desc
 
|stage=00
 
|stage=00
Line 12: Line 14:
 
}}
 
}}
  
 +
<!--T:3-->
 
{{Honor Master|honor={{#titleparts:{{PAGENAME}}|1|3}}|master=Modern Technology}}
 
{{Honor Master|honor={{#titleparts:{{PAGENAME}}|1|3}}|master=Modern Technology}}
  
==1. Define the following terms:==
+
==1. Define the following terms:== <!--T:4-->
  
===a. Robotics===
+
===a. Robotics=== <!--T:5-->
  
===b. Automation===
+
===b. Automation=== <!--T:6-->
  
==2. Briefly describe three examples on how the use of robotics and automation has made an impact on society.==
+
==2. Briefly describe three examples on how the use of robotics and automation has made an impact on society.== <!--T:7-->
  
==3. Briefly describe the following tools:==
+
==3. Briefly describe the following tools:== <!--T:8-->
  
===a. Robotic control systems===
+
===a. Robotic control systems=== <!--T:9-->
  
===b. Motion Control===
+
===b. Motion Control=== <!--T:10-->
  
===c. Programmable Logic Controller (PLC)===
+
===c. Programmable Logic Controller (PLC)=== <!--T:11-->
  
==4. Define computer vision. Give three practical examples of its use.==
+
==4. Define computer vision. Give three practical examples of its use.== <!--T:12-->
  
==5. Describe and give an example of each of the following types of robotic motion:==
+
==5. Describe and give an example of each of the following types of robotic motion:== <!--T:13-->
  
===a. Rolling===
+
===a. Rolling=== <!--T:14-->
  
===b. Swimming===
+
===b. Swimming=== <!--T:15-->
  
===c. Walking===
+
===c. Walking=== <!--T:16-->
  
===d. Flying===
+
===d. Flying=== <!--T:17-->
  
===e. Climbing===
+
===e. Climbing=== <!--T:18-->
  
==6. Describe what is used as a power source for most robotic applications.==
+
==6. Describe what is used as a power source for most robotic applications.== <!--T:19-->
  
==7. Describe, draw, or show pictures of a ballbot.==
+
==7. Describe, draw, or show pictures of a ballbot.== <!--T:20-->
  
==8. List four advantages and four disadvantages of automation. Briefly describe each.==
+
==8. List four advantages and four disadvantages of automation. Briefly describe each.== <!--T:21-->
  
==9. Define and give two practical illustrations on the following types of automation:==
+
==9. Define and give two practical illustrations on the following types of automation:== <!--T:22-->
  
===a. Home===
+
===a. Home=== <!--T:23-->
  
===b. Auto Manufacturing===
+
===b. Auto Manufacturing=== <!--T:24-->
  
===c. Industrial===
+
===c. Industrial=== <!--T:25-->
  
===d. Mining===
+
===d. Mining=== <!--T:26-->
  
===e. Retail===
+
===e. Retail=== <!--T:27-->
  
==10. Become familiar with any FAA (or equivalent body) regulations governing the operation of robots (including drones) in your locality.==
+
==10. Become familiar with any FAA (or equivalent body) regulations governing the operation of robots (including drones) in your locality.== <!--T:28-->
  
==11. Discuss with a group the biblical context of the following texts as they relate to the field of automation and robotics:==
+
==11. Discuss with a group the biblical context of the following texts as they relate to the field of automation and robotics:== <!--T:29-->
  
===a. Genesis 1:27===
+
===a. Genesis 1:27=== <!--T:30-->
  
===b. Psalm 139:14===
+
===b. Psalm 139:14=== <!--T:31-->
  
===c. Proverbs 1:1-7===
+
===c. Proverbs 1:1-7=== <!--T:32-->
  
===d. 1 Corinthians 2:16===
+
===d. 1 Corinthians 2:16=== <!--T:33-->
  
==12. List and discuss the relevance of Isaac Asimov’s three rules governing robots.==
+
==12. List and discuss the relevance of Isaac Asimov’s three rules governing robots.== <!--T:34-->
  
==13. Research ideas on robotic construction projects. Based on your research, construct and successfully operate a robot from a kit.==
+
==13. Research ideas on robotic construction projects. Based on your research, construct and successfully operate a robot from a kit.== <!--T:35-->
  
==References==
+
==References== <!--T:36-->
  
 +
<!--T:37-->
 
[[Category:Adventist Youth Honors Answer Book|{{SUBPAGENAME}}]]
 
[[Category:Adventist Youth Honors Answer Book|{{SUBPAGENAME}}]]
 
<noinclude></translate></noinclude>
 
<noinclude></translate></noinclude>

Revision as of 04:04, 29 January 2017

Other languages:
English • ‎español



Robotics

Approval authority:
Category:
Skill Level:
Year of Introduction:
Robotics AY Honor.png

Contents



1. Define the following terms:

a. Robotics

b. Automation

2. Briefly describe three examples on how the use of robotics and automation has made an impact on society.

3. Briefly describe the following tools:

a. Robotic control systems

b. Motion Control

c. Programmable Logic Controller (PLC)

4. Define computer vision. Give three practical examples of its use.

5. Describe and give an example of each of the following types of robotic motion:

a. Rolling

b. Swimming

c. Walking

d. Flying

e. Climbing

6. Describe what is used as a power source for most robotic applications.

7. Describe, draw, or show pictures of a ballbot.

8. List four advantages and four disadvantages of automation. Briefly describe each.

9. Define and give two practical illustrations on the following types of automation:

a. Home

b. Auto Manufacturing

c. Industrial

d. Mining

e. Retail

10. Become familiar with any FAA (or equivalent body) regulations governing the operation of robots (including drones) in your locality.

11. Discuss with a group the biblical context of the following texts as they relate to the field of automation and robotics:

a. Genesis 1:27

b. Psalm 139:14

c. Proverbs 1:1-7

d. 1 Corinthians 2:16

12. List and discuss the relevance of Isaac Asimov’s three rules governing robots.

13. Research ideas on robotic construction projects. Based on your research, construct and successfully operate a robot from a kit.

References