Gary Doolin

Micro:bit : Simple Step and Jump Counter

Micro:bit : Simple Step and Jump Counter
Micro:bit - Rock, Paper, Scissors (2 Player)

Micro:bit - Rock, Paper, Scissors (2 Player)
Derivation: nth bright line

Derivation: nth bright line
Micro:bit Music

Micro:bit Music
Simple Micro:bit Game : Frog Squash

Simple Micro:bit Game : Frog Squash
Derivation : Relationship between the Period of an Orbit and its Radius.

Derivation : Relationship between the Period of an Orbit and its Radius.
The period (T) and velocity (v) of an orbiting body.

The period (T) and velocity (v) of an orbiting body.
What is centripetal force and acceleration?

What is centripetal force and acceleration?
Derivation of v=ωr

Derivation of v=ωr
What is a radian?

What is a radian?
What is angular velocity?

What is angular velocity?
Mandatory Experiment: To show acceleration is directly proportional to force acting on it. ( F ∝ a)

Mandatory Experiment: To show acceleration is directly proportional to force acting on it. ( F ∝ a)
Simple Micro:bit Game - Catch the Runner (MakeCode)

Simple Micro:bit Game - Catch the Runner (MakeCode)
Derivation: To show F=ma is a special case of Newton's 2nd Law

Derivation: To show F=ma is a special case of Newton's 2nd Law
Derivation: To prove/show v^2= u^2 + 2as (uvast equations)

Derivation: To prove/show v^2= u^2 + 2as (uvast equations)
Derivation: To prove/show s=ut+1/2at^2 (uvast equations)

Derivation: To prove/show s=ut+1/2at^2 (uvast equations)
Derivation : prove v=u+at (uvast equations)

Derivation : prove v=u+at (uvast equations)
Derviation: of g - acceleration due to surface gravity

Derviation: of g - acceleration due to surface gravity
Question 4.2 5th Year

Question 4.2 5th Year
Moments 1

Moments 1