Formulae 5.0 / 5 based on 1 rating ? ScienceIGCSECIE Created by: Nina MironCreated on: 18-03-13 18:57 Force is equal with and has the same formula as? Weight= mass x acceleration 1 of 55 Speed Distance / Time 2 of 55 Distance Time x Speed 3 of 55 Time Distance/speed 4 of 55 Force Constant x Extension 5 of 55 Constant Force/ Extension 6 of 55 Extension Force/ Constant 7 of 55 Force Mass x Acceleration 8 of 55 Mass Force / Acceleration 9 of 55 Acceleration Force/Mass 10 of 55 Weight Mass x Acceleration (gravitational) 11 of 55 Charge(C) Current (A) x Time 12 of 55 Current (A) Charge (C) / Time 13 of 55 Time Charge (C) / Current (A) 14 of 55 Density Mass/ Volume 15 of 55 Mass Density x Volume 16 of 55 Volume Mass / Density 17 of 55 Force Pressure x Area 18 of 55 Pressure Force / Area 19 of 55 Area Force / Pressure 20 of 55 Average acceleration Change in velocity / Time taken 21 of 55 Change in velocity Average Acceleration x Time taken 22 of 55 Time taken Change in velocity/ average acceleration 23 of 55 Pressure in a liquid Density x gravitational acceleration x height 24 of 55 Work done Force x distance moved in the direction of the force 25 of 55 Distance Work / Force 26 of 55 Force Work/ distance 27 of 55 Kelvin Celsius + 273 28 of 55 Work Done is equal and has the same formula as? Energy transformed- F x d 29 of 55 Kinetic energy (m x v ^2) / 2 30 of 55 Potential Energy m x g x h 31 of 55 Frequency Speed / Wavelength 32 of 55 Wavelength Speed / Frequency 33 of 55 Speed Frequency x wavelength 34 of 55 Energy transformed Power x Time 35 of 55 Power Energy/ Time 36 of 55 Time Energy / Power 37 of 55 Energy transferred mass x specific heat capacity x temperature change 38 of 55 Efficiency useful work done/ total energy input, useful energy output/ total energy input, useful power output/ total power input 39 of 55 Work Power x time 40 of 55 Power Work / Time 41 of 55 Time Work/ Power 42 of 55 Pressure at constant volume in a gas P1/ T1 = P2/ T2 43 of 55 Moment of a force- about a point force x perpendicular distance from the point 44 of 55 Refractive index Speed of light in vacuum/ speed of light in medium 45 of 55 Resistance (ohms) PD across conductor (V)/ Current through conductor (A) 46 of 55 Potential difference Resistance (ohms) x Current (A) 47 of 55 Current Voltage / resistance 48 of 55 Combined resistance of resistors in SERIES R= R1 + R2.... 49 of 55 Combined resistance of resistors in PARALLEL 1/R= 1/R1+1/R2.... 50 of 55 Power(W) PD x Current 51 of 55 PD Power/Current 52 of 55 Current Power/PD 53 of 55 Output Voltage/ Input Voltage Turns on output coil/ Turns on input coil 54 of 55 Power through a transformer input voltage x input current- output voltage x output current 55 of 55
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