FREE FCTC Knowledge Question and Answers

Question 1

1 vertical foot = 0.433 psi
1 psi = 2.31 vertical feet

Accepted Answer

Calculating the head pressure difference between an intake and an output using a formula

Answer

Speed, torque, and power in relation to one another:

Answer

The gear train, also known as the "transmission,"

Answer

None of the above

Question 2

A belt will typically share two or more pulleys. A mechanical advantage is achieved if the pitch diameters of the pulleys vary. only depends on pitch diameter, not the tooth ratio like with gears and sprockets.

Accepted Answer

Belt and Pulley Systems

Answer

Class 3 Levers

Answer

Lever Definitions

Answer

Gear Train, or Commonly Called "transmission"

Question 3

Class 1 Levers - Effort in the middle, with the fulcrum on the other side from where the resistance resides.
Always less than 1, for example: a pair of tweezers, a human mandible.

Accepted Answer

False

Answer

True

Question 4

- Go through one to four essays.
- 35 questions in total (including the essay questions at the rear of the test booklet);
- only the essay packet may be marked up with notes.
- In the first 30 minutes, 15 to 20 questions based on these writings were distributed.

Accepted Answer

Recall and Comprehend Technical Information

Answer

Gear Train, or commonly called "Transmission"

Answer

Belt and Pulley Systems

Answer

Recall and Comprehend Verbal and Visual Information:

Question 5

Class 1, Class 2, Class 3 are?

Accepted Answer

Classes of Levers

Answer

Belt and Pulley Systems

Answer

First Class Lever

Answer

Lever Definitions

Question 6

How many gallons will a tank with a 12' diameter hold if it is 4' deep if a tank with a 12' diameter holds 670 gallons per foot of depth?

Accepted Answer

2,680

Answer

2,280

Answer

2,430

Answer

3,040

Question 7

What's the total volume of a cylinder with a 3' radius and a height of 7'?

Accepted Answer

197.82 cubic feet

Answer

188.52 cubic feet

Answer

197.82 square feet

Answer

188.52 square feet

1 vertical foot = 0.433 psi 1 psi = 2.31 vertical feet

1 vertical foot = 0.433 psi
1 psi = 2.31 vertical feet