A 10.0-kg mass moving with a velocity of 100 m/s has a de Broglie wavelength of approximately A)1.98 $\times$ 10^-22 m B)1.51 $\times$ 10³⁶ m C)6.62 $\times$ 10^-33 m D)6.62 $\times$ 10^-37 m E)6.62 $\times$ 10^-31 m

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The Answer of A 10.0-kg mass moving with a velocity of 100 m/s has a de Broglie wavelength of approximately A)1.98 $\times$ 10^-22 m B)1.51 $\times$ 10³⁶ m C)6.62 $\times$ 10^-33 m D)6.62 $\times$ 10^-37 m E)6.62 $\times$ 10^-31 m

A 100-Kg Mass Moving with a Velocity of 100 M/s Has