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29 Cards in this Set
- Front
- Back
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Density |
= Mass / Volume |
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Distance Travelled |
= Speed ×(Times) Time |
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Acceleration |
= Change in Velocity / Time taken |
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Kinetic Energy |
= 0.5 ×(Times) Mass ×(Times) Speed squared |
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Force |
= Mass ×(Times) Acceleration |
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Momentum |
= Mass ×(Times) Velocity |
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Work Done |
= Force ×(Times) Distance |
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Power |
= Work Done / Time |
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Force Exerted by a Spring |
= Extention ×(Times) Spring Constant |
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Gravity Force |
= Mass ×(Times) 10 |
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Potential Energy |
= Mass × (Times) Height × (Times) 10 |
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Pressure |
= Force ×(Times) Surface Area |
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Moment of Force |
= Force × (Times) Distance |
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Charge Flow |
= Current ×(Times) Time |
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Potential Difference |
= Current ×(Times) Resistance |
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Energy Transfered |
= Charge × (Times) Potential Difference |
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Power |
= Potential Difference ×(Times) Current = Current squared ×(Times) Resistance |
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Energy Transfered |
= Power × (Times) Time |
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Wave Speed |
= Frequency × (Times) Wavelength |
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Efficiency |
= Useful Output Energy / Input Energy |
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Final Velocity^2 - Initial Velocity^2 |
= 2 ×(Times) Acceleration × (Times) Distance |
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Energy in Stretching |
= 0.5 ×(Times) Spring Constant ×(Times) Extention squared |
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Change in Thermal Energy |
= Mass ×(Times) SHC ×(Times) Temp. Change |
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Thermal Energy for State Change |
= Mass ×(Times) SLH |
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PD in Primary Coil ×(Times) Current in Primary Coil |
= PD in Secondary Coil ×(Times) Current in Secondary Coil |
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Constant |
= Pressure ×(Times) Volume |
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Force on Conductor carrying Current |
= MFD ×(Times) Current ×(Times) Length |
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PD on Primary Coil / PD on Secondary Coil |
= No. Of Turns on Primary Coil / No. Of Turns on Secondary Coil |
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Pressure (Liquid) |
Height ×(Times) Density ×(Times) 10 |
