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Frage	Antworten
Weight	Mass x Gravitational Field Strength (g)
Work Done	Force x Distance (Along the line of action of the force)
Force applied to a spring	Spring Constant x Extension
Moment of a Force	Force x Distance (Normal to direction of force
Pressure	Force normal to a surface ÷ Area of that surface
Distance travelled	Speed x Time
Acceleration	Change in velocity ÷ Time taken
Resultant force	Mass x Acceleration
Momentum	Mass x Acceleration
Kinetic Energy	0.5 x mass x (speed)^2
Gravitational Potential Energy	Mas x Grav. Field Strength x Height
Power	Energy Transferred ÷ Time
Power	Work Done ÷ Time
Efficiency	Useful output energy transfer÷ total input energy transfer
Efficiency	Useful power output ÷ Total power input
Wave speed	Frequency x Wavelength
Charge Flow	Current x Time
Potential Difference	Current x Resistance
Power	Potential Difference x Current
Power	(Current)^2 x Resistance
Energy Transferred	Power x Time
Energy Transferred	Charge Flow x Potential Difference
Density	Mass ÷ Volume

Zusammenfassung der Ressource

	Erstellt von cyber crim is bad vor mehr als 6 Jahre