A) Ohms B) Volts C) Watts D) Amperes
A) I(t) squared multiplied by V(t) B) I(t) multiplied by V(t) C) I(t) plus V(t) D) I(t) divided by V(t)
A) Potential difference B) Energy consumption C) Electrical resistance D) Time interval
A) Amperes B) Watts C) Joules D) Volts
A) Ohms B) Watts C) Volts D) Amperes
A) I squared multiplied by R B) I multiplied by R squared C) I divided by R squared D) V squared divided by I
A) V squared multiplied by I B) I divided by V C) V multiplied by I D) V divided by I
A) V squared multiplied by R B) V divided by R squared C) R squared divided by V D) V squared divided by R
A) Volts per joule B) Joules per second C) Joules per minute D) Amperes per second
A) It must have zero resistance B) It must be disconnected from the circuit C) It must have a time-invariant voltage to current ratio D) It must have a variable resistance
A) Amperes B) Volts C) Ohms D) Watts
A) Current B) Voltage drop C) Resistance D) Instantaneous power
A) They are equal B) Output power is always higher C) Input power is always higher D) They are unrelated
A) FA / vA B) FA * vA C) FA + vA D) FA - vA
A) vB / vA B) vA + vB C) vA / vB D) vA * vB
A) FA and vA B) TB and ωB C) TA and ωA D) MA and ωA
A) TA / ωA = TB / ωB B) TA * ωB = TB * ωA C) TA * ωA = TB * ωB D) TA + ωA = TB + ωB
A) TB / TA B) ωA / TB C) TA / TB D) TA * TB
A) ωA / ωB B) ωA + ωB C) ωA * ωB D) ωB / ωA
A) Maximum performance B) Minimum friction C) Material density D) Operating temperature
A) Piston displacement B) Leverage strength C) Friction coefficients D) Gear ratios
A) Joule B) Newton C) Watt D) Horsepower
A) One hundred B) One thousand C) One D) Ten
A) 500.5 B) 250.9 C) 1000.2 D) 745.7
A) 1 horsepower B) 1 joule C) 1 watt D) 1 milliwatt
A) Tons of refrigeration B) Meters per second C) Newtons per meter D) Kilograms per hour
A) As a unit of force B) As a unit of power C) As a unit of time D) As a unit of energy
A) The power of a horse B) The power of an engine C) The power of gravity D) The power of a steam turbine
A) Spinor B) Scalar C) Vector D) Tensor
A) Work flux B) Activity C) Energy rate D) Force output
A) P = dE/dx B) P = F / v C) P = F * x D) P = dW/dt
A) W = F * v B) W = F / x C) W = F + x D) W = F dot x
A) A line integral B) A simple product C) A constant ratio D) An exponential decay
A) TNT B) Both release energy at the same rate C) Coal D) Neither releases energy
A) F B) E C) P D) U
A) Distance B) Acceleration C) Mass D) Velocity
A) Linear velocity B) Angular acceleration C) Angular velocity D) Momentum
A) Pressure B) Volumetric flow rate C) Torque D) Energy
A) Newtons B) Pascals C) Watts D) Joules
A) m/s B) N/m2 C) m3/s D) Pa/s
A) Instantaneous power. B) Radiant intensity. C) Duty cycle. D) Peak intensity.
A) Rate of change. B) Radius. C) Resistance. D) Resonance.
A) Instantaneous power. B) Integration. C) Intensity. D) Impulse. |