College Physics 1 Formula Sheet

College Physics 1 Formula Sheet - 1 v v fluids ρ= m v density s.g.= ρ ρ𝐻 2𝑂 specific gravity p = fluid g volume deformation h hydrostatic pressure p = p 0 absolute. Direction as necessary to prevent. Rotational kinematic formula, missing ωf δx = v 0 t + 1 2 at2 f s = −kx linear kinematic formula, missing t δθ = ω 0 t+ 1 2 α 2 a c = v2 r. The frame of reference of any problem is assumed to be inertial unless otherwise stated. The following conventions are used in this exam.

1 v v fluids ρ= m v density s.g.= ρ ρ𝐻 2𝑂 specific gravity p = fluid g volume deformation h hydrostatic pressure p = p 0 absolute. Direction as necessary to prevent. Rotational kinematic formula, missing ωf δx = v 0 t + 1 2 at2 f s = −kx linear kinematic formula, missing t δθ = ω 0 t+ 1 2 α 2 a c = v2 r. The frame of reference of any problem is assumed to be inertial unless otherwise stated. The following conventions are used in this exam.

1 v v fluids ρ= m v density s.g.= ρ ρ𝐻 2𝑂 specific gravity p = fluid g volume deformation h hydrostatic pressure p = p 0 absolute. Direction as necessary to prevent. Rotational kinematic formula, missing ωf δx = v 0 t + 1 2 at2 f s = −kx linear kinematic formula, missing t δθ = ω 0 t+ 1 2 α 2 a c = v2 r. The frame of reference of any problem is assumed to be inertial unless otherwise stated. The following conventions are used in this exam.

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Rotational Kinematic Formula, Missing Ωf Δx = V 0 T + 1 2 At2 F S = −Kx Linear Kinematic Formula, Missing T Δθ = Ω 0 T+ 1 2 Α 2 A C = V2 R.

The following conventions are used in this exam. 1 v v fluids ρ= m v density s.g.= ρ ρ𝐻 2𝑂 specific gravity p = fluid g volume deformation h hydrostatic pressure p = p 0 absolute. The frame of reference of any problem is assumed to be inertial unless otherwise stated. Direction as necessary to prevent.

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