P2 Equations

Pregunta	Respuesta
Distance Speed Time	Distance = Speed X Time
Acceleration Velocity Time	Acceleration = Change in Velocity ———— Time
Final Velocity Initial Velocity Acceleration Distance	(Final Velocity)^2 - (Initial Velocity)^2 = 2X Acceleration X Distance
Force Mass Acceleration	Force = Mass X Acceleration
Momentum Mass Velocity	Momentum = Mass X Velocity
Gravity Mass Gravitational Field Stength	Gravity Force = Mass X Gravitational Field Strength
Potential Energy Mass Height Gravitational Field Stength	Potential Energy = Mass X Height X Gravitational Field Strength
Kinetic Energy Mass Speed	Kinetic Energy = 0.5 X Mass X Speed
Work Done Force Distance	Work Done = Force X Distance
Power Work Done Time	Power = Work Done ————— Time
Force exerted by spring Extension Spring Constant	Force exerted by spring = Extension X Spring Constant
Moment Force Distance	Moment of force = Force X Distance
Pressure Force Area	Pressure = Force normal to surface area ———————- Area of surface

Resumen del Recurso

	Creado por Irana Hayward hace más de 5 años