Special Relativity Flashcards

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1
Q

Galilean transformation of x to x’?

A

x = x’ + vt, or x’ = x - vt

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2
Q

Equation for Lorentz factor?

A

γ = 1/√(1-β^2 )

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3
Q

Equations for time dilation and length contraction

A

∆t=γ∆τ and L= L_p/γ

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4
Q

Equation for the space-time interval?

A

∆s^2 = (c∆t)^2 - ∆x^2 - ∆y^2 - ∆z^2

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5
Q

Equation for the Lorentz transformations (component form)?

A

X′0 = γX0 - γβX1 and X′1 = -γβX0 + γX1

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6
Q

Equation for the Lorentz transformations (derived form)?

A

c∆t’ = γc∆t - γβ∆x and ∆x’ = -γβc∆t + γ∆x

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7
Q

What are the invariant quantities in special relativity?

A

X.X = ∆s^2 and P.P = (mc)^2

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8
Q

Total energy at relativistic speeds?

A

γmc^2

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9
Q

What is the relativistic energy-momentum relation?

A

E^2 = (mc^2)^2 + (pc)^2

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10
Q

Equation for relativistic velocity addition?

A

u = (u’ + v)/[1 + u’v/c^2]

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11
Q

What important property in Galilean relativity implies relativity of simultaneity?

A

t = t’

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