Physics

Formula Breakouts

100

V=d/t Breakout "d"

d= Vt

200

P=T/t Breakout "t"

t= T/P

300

E= KQ/r² Breakout "Q"

Q= Er²/K

400

h= a²+b²   Breakout "b"

b= √h-a²

500

Ec=mv²/2 Breakout "v"

v= √Ec2/m

Branches of physics

100

Relates to scientific knowledge and physical magnitudes as basic tools to understand natural phenomena.

Physics

200

Main sciences connected to physics

Biology, Geology, Chemistry and Astronomy.

300

These are classic branches of physics:

Mechanics, Thermodynamics, Electricity, Magnetism, Optics and Acustics. 

400

Focus on the special and general theories of relativity, nuclear and atomic physics to the last advances in quantum mechanics. 

Modern branches of physics.

500

Define the branches of classic physics

(mechanics, thermodynamics, electricity, magnetism, optics and acustics).

Mechanics: Studies the movement of bodies, divided between kinematics and dynamics.

Thermodynamics: Responsible for studying the phenomena related to heat.

Electricity: Branch of electromagnetism, which deals with magnets and magnetic fields caused by moving electric charges.

Optics: Responsible for analyzing all re4lated to light and colors.

Acustics: Studies and is related to sound, its origin and its propagation.

Units

100

Is anything you can measure 

Physical quantity 

200

Internationally agreed upon units based on metric french system.

SI Units

300

Units-Quantities that have multiple convertors

Base quantities.

400

How many base units are there?

7

500

Examples of derived units

More that 1 unit/quantity or a non conversion unit

m/s

m³

W

N

N/m³

Random 1

100

3m to ft

9.84 ft

200

852300000 to scientific notation

8523x10⁵

300

Group of letters in front of a word to change its meaning

Prefix

400

10000 yd to miles

5.69 miles

500

Name the 7 base quantities 

-Length

-Mass

-Time

-Electric current

-Temperature

-Amount of substance

-Luminous intensity

Random 2

100

Quantity that has magnitude and direction, represented with an arrow.

Vector

200

We use √(ΣFx)²+(ΣFy)² to?

calculate the resultant vector

300

What is the Θ angle of a vector with Fx of 3.24N and Fy of 7.05N

Θ=65.31°

400

If someone is at 70km/hr and the max speed is 60mi/hr. Does the person exceed the speed limit?

No, he goes at 43.4 mi/hr

500

8 m/s to km/hr

28.8 km/hr