Automating Mechanisms

3. A gear between the driving and the driven gear used to change rotational direction.
4. The results of the operation of a system.
7. A freehand drawing that shows a design solution idea and communicates details about the design intent.
9. A system that uses a flexible mechanism to connect two rotating shafts at an angle to each other to transmit motion and force.
13. Something put into a system, such as resources, information, or signals, in order to achieve a result.
14. The gear which transmits power and motion to the rest of the system. The input gear, also called a drive gear.
16. Circular movement.
17. A student or trainee who works in a support role at a company, performing assigned tasks while learning important skills and gaining work experience.
18. A diagram that represents an algorithm, workflow, or process, and uses geometric symbols connected by arrows to show the direction of the flow of action.
19. A group of interacting, interrelated, or interdependent elements or parts that function together as a whole to accomplish a goal.

1. The magnitude of the total distance traveled divided by the time elapsed.
2. A quantitative relation comparing two gears based on number of rotations, speed, size, or number of teeth.
5. The member of a pair of gears to which motion and power are transmitted by the other. The output gear.
6. A system that transmits motion and force between two cone-shaped gears often mounted at a 90-degree angle to each other.
8. Operating without direct human control.
10. A block of code that is triggered when a certain event happens.
11. An ordered set of instructions that are used to carry out a task.
12. A twisting force.
15. An action or occurrence that happens during runtime that will trigger a response or behavior by the software.