Systems and Subsystems
Engineering Design Process
Engineering Concepts
Programming in RobotC
Robots in Society
100

Name one of the 7 robotic subsystems.

Accepted responses:

  1. Structure
  2. Motion
  3. Power
  4. Control
  5. Logic
  6. Programming
  7. Sensors
100

The idea phase is where we breakdown the problem that we need to solve. What is 1 task we do during this phase?

1. Define the problem; identify criteria and constraints

2. Research

3. Brainstorm/sketch

4. Collaborate with team

100

The gear attached to the motor is known as this.

Input gear

100

The Vex Cortex has this many motor ports.

10

100

A robot that can perform tasks on its own is known as this.

Autonomous

200

This is the foundation of the structure subsystem; the base frame of a motor vehicle or other wheeled conveyance.

Chassis

200

What is one thing you should do before making changes on your prototype?

1. Approval from team

2. Document all ideas

3. Answers may vary

200

What is 1 advantage of using gears?

Increase/decrease speed

Increase/decrease torque

Change direction of rotation

200

This is the menu in RobotC that allows the user to configure all the inputs and outputs plugged into the cortex.

Motor and Sensor Setup

200

When a software, machine or robot is easy to use and understand is known as this.

User-friendly

300

The motion subsystem is responsible for all moving parts on the robot. This includes the wheels and any other end effectors. Name 3 components of the Motion subsystem.

Accepted responses:

  1. Wheels
  2. Motors
  3. Axles
  4. Gears/sprockets
  5. Chains
  6. Tank treads
300

Give 2 rules you should follow when working with a team.

Answers may vary.

300

This type of gearing system is best used to transmit power over long distances.

Sprocket and chain

300

Name the correct setting for the following:

a. Platform Type

b. Language

a. Vex 2.0 Cortex

b. Natural Language 2.0

300

What are 2 different application of robotics in our society?

Helping elderly, exploration, manufacturing, search and rescue, bomb defusing, surveillance, surgery, driving, warehouse management, vacuuming, education, and many more

400

Compare 1 human body system to 1 robotic subsystem.

Human: muscular, skeletal, respiratory, circulatory, nervous, digestive, 

Robot: structure, motion, power, control, logic, sensors, programming

Answers may vary

400

Explain the purpose of using a Solution Matrix.

Logically score each idea to see how they compare to one another. This is not the ultimate decision maker, but a quantitative tool used to give an idea of which idea "makes the most sense".
400

Explain what happens when the center of gravity of an object fall outside of the support base.

Object will tip over

400

A touch sensor is a digital sensor that can only return these 2 values.

0 or 1

400

Give 1 positive and 1 negative of the implementation of robotics in the construction industry.

Pos: high efficiency, eliminates issues with human workers, access inaccessible places, creates some jobs, helps people with tasks they can't do

Neg: replaces jobs, needs maintenance, can be unreliable and fail, require power, no real-time thinking in a crisis, limited to its programming, dangerous

500

The idea of subsystems is that they are separated from other systems, yet are vital in the functionality of the overall, larger system. Choose 2 of the main robotic subsystems and explain how they depend on each for the overall success of the robot.

Answers may vary.

500

What was the biggest factor in succeeding in the tractor pull challenge? Explain why.

Torque ratio, traction, weight of robot, tread type, wheel size.

500

Calculate the gear ratio of an 84-tooth gear driving a 12-tooth gear? Is this a speed or torque ratio?

1:7 =  0.14; Speed

500

Explain what this program is doing:

task main()

{

setMotor(leftMotor, 127);

setMotor(rightMotor, 127);

wait(3);

stopAllMotors();

}

Moving forward for 3 seconds and stops.

500

Give 1 positive and 1 negative of the implementation of robotics in the medical industry.

Pos: high efficiency, eliminates issues with human workers, access inaccessible places, creates some jobs, helps people with tasks they can't do

Neg: replaces jobs, needs maintenance, can be unreliable and fail, require power, no real-time thinking in a crisis, limited to its programming, dangerous

M
e
n
u