Electrical Engineering
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Random stuff
100

This unit measures electric potential difference and electromotive force.

A Volt 

100

This law states that for every action force, there is an equal and opposite reaction force.

Newton's Third Law

100

These four physical forces—thrust, weight, drag, and this upward force—must be balanced for an airplane to maintain level flight.

Lift

100

This curved structural element, perfected by the Romans, converts all tensile forces into compression to bridge wide gaps.

An Arch

100

This project brought together the world's greatest scientists in New Mexico.

Manhattan project

200

This device passively restricts the flow of electrons in a circuit

Resistor

200

This physical quantity measures an object’s resistance to changes in motion.

Inertia

200

Named for an Austrian physicist, this "Number" represents the ratio of an object's speed to the speed of sound in the surrounding medium.

Mach's Number

200

Civil engineers use this 8-letter term for a material’s ability to resist being squeezed, a property where concrete excels but steel is "average."

Compression

200

This Austrian scientist was well known for his popular thought experiment about quantum superposition.

Erwin Schrödinger

300

Most American homes receive power derived from how many AC phases?

3 Phases

300

To prevent bridges from cracking in the summer, engineers install gaps to allow for this physical expansion.

Thermal Expansion

300

To leave Earth's gravity entirely, a spacecraft must reach this specific speed, which is approximately 25,000 miles per hour.

Escape Velocity

300

The Golden Gate Bridge is the most famous example of this bridge type, which uses massive cables to "hang" the roadway.

Suspension Bridge

300

The British scientist best known for his cryptography work in World War II.

Alan Turing

400

Connecting components in this way (end-to-end) adds up their resistances.

In Series 

400

This rotating machine component stores energy and helps stabilize speed in engines and power systems.

Flywheel

400

Located on the trailing edge of a wing, these hinged panels are moved in opposite directions to control an airplane's "roll."

Ailerons

400

Bonus Question! If you get this right, you can remove 300 points from a team of your choice. (Getting this wrong loses you 0 points).

This 7-letter term describes a material's "memory" of stress; it’s why a metal paperclip will eventually snap if you bend it back and forth too many times, even if you don't use much force. 

Fatigue

400

What is the color of a black box on airplanes

Orange

500

This set of four equations unifies electricity, magnetism, and light into a single framework.

Maxwell's Equations

500

This Swiss scientist’s namesake principle states that as a fluid’s velocity increases, its pressure decreases—explaining both the curve of a baseball and the lift of an airplane wing.

Bernoulli's Principle

500

When a plane breaks the sound barrier, it creates this "pile-up" of air pressure that results in a loud "boom" heard on the ground.  

Shock Wave

500

Usually made of wood or steel, these triangular frameworks are used in roof designs because their shape cannot be deformed.

A Truss

500

Calculate the average value of the instantaneous current i(t)=I(peak)sin(ωt+ϕ) over exactly one full period T in an ideal AC circuit.

0