What is the formula?

Question 1

Answer 1

First Equation of Motion: describes how the velocity of an object changes over time under constant acceleration. (Chapter 2)

Question 2

Answer 2

Second Equation of motion: calculates the displacement of an object when it starts with an initial velocity and undergoes constant acceleration (Chapter 2)

Question 3

Answer 3

Third Equation of motion: links the final velocity, initial velocity, acceleration, and displacement without involving time. It’s useful for finding one of these variables when you know the others. (chapter 2)

Question 4

Answer 4

Fourth Equation of motion: This equation calculates the displacement when you know the initial and final velocities and the time. (chapter 2)

Question 5

Answer 5

Force due to gravity acting on an object

Question 6

Answer 6

Average velocity on an object in circular motion

Question 7

Answer 7

Centripetal acceleration

Question 8

Answer 8

Centripetal Force

Question 8

Answer 8

Newtons law of universal gravitation

Question 8

Answer 8

Keplers third law - gravities influence on an orbiting object.

Question 8

Answer 8

Acceleration due to gravity at the surface of a planet

Question 9

Answer 9

Coulombs Law

Question 10

Answer 10

Electric field strength

Question 11

Answer 11

Electrical potenital energy

Question 12

Answer 12

Work done on an a particle moving perpendicular to a field

Question 13

Answer 13

Magnitude of the magnetic field around a current carrying wire

Question 14

Answer 14

Magnitude of the magnetic field in a solinoid.

Question 15

Answer 15

Force experienced by charges in electric carrying conductor

Question 16

Answer 16

force experienced by the conductor in an electric current

Question 17

Answer 17

magnetic flux

Question 18

Answer 18

Faraday’s Law of Electromagnetic Induction

Question 19

Answer 19

general expression of Faraday’s Law of Electromagnetic Induction:

Question 20

Answer 20

Power input = power output

use for tranformers (AC/DC)

Question 21

Answer 21

relationship between voltage and turns in a coil - directly proportional.

Use for transformers (AC/DC)

Question 22

Answer 22

time dialation

Question 23

Answer 23

Length dialation

Question 24

Answer 24

momentum

Question 25

Answer 25

Mass energy principle - relationship between mass and energy

Question 26

Answer 26

Weins Law

Question 27

Answer 27

Electromagnetic radiation (blackbody radiation)

Question 28

Answer 28

Photoelectric effect

Question 29

Answer 29

de broglies wave length

Question 30

Answer 30

used to determine quantised nature of orbits

Question 31

Answer 31

Used in bohr model of the atom to describe quantisation of momentum for an electron orbiting the nucleus

Question 32

Answer 32

Rydbergs formula - calc wave length of the light emitted or absorbed during the electron transition in a hydrogen atom.

Question 33

T= time/ number of revolutions

Answer 33

Period

Question 34

n = N/L

Answer 34

Number of loops per meter