Core MCAT physics equations (kinematics, forces, waves, optics, circuits) as cloze cards with variables defined.
About this set
44 cloze cards for MCAT Physics. It opens with "For motion with constant acceleration, velocity as a function of time is: ____" and "For constant acceleration motion starting from rest, displacement is given by". Study it alongside the other MCAT sets below.
44 cards · cloze cards · AI-written, checked twice. Edit anything.
- For motion with constant acceleration, velocity as a function of time is: ____
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v = v₀ + at- For constant acceleration motion starting from rest, displacement is given by: ____
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x = (1/2)at²- The kinematic equation relating velocity, acceleration, and displacement without time is: ____
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v² = v₀² + 2ax- Average velocity over a time interval is calculated as: ____
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v_avg = Δx/Δt- Acceleration is defined as the change in velocity per unit time: ____
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a = Δv/Δt- Newton's second law of motion states that the net force equals: ____
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F = ma- The kinetic friction force acting on an object is given by: ____
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f_k = μ_k N- The maximum static friction force is: ____
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f_s,max = μ_s N- Work done by a constant force in the direction of motion is: ____
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W = Fd cos(θ)- Kinetic energy of a moving object is: ____
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KE = (1/2)mv²- Gravitational potential energy near Earth's surface is: ____
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PE_g = mgh- The work-energy theorem states that net work equals: ____
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W_net = ΔKE- Power is defined as work per unit time: ____
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P = W/t- Power can also be expressed as: ____
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P = Fv cos(θ)- Momentum of a moving object is defined as: ____
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p = mv
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