A free electron is moving along the -x-direction with momentum-24mmagnitude 2.40×10 [kg] and energy 3.16×10−18 [J]. What is the time-dependentwave function of the given electron?V(x, t) = A exp(i[(3.62 × 10¹⁰ [rad · m¯¹])x − (4.77 × 10¹6 [rad · s¯¹])t])V(x, t) = A exp(-i[(3.62 × 10¹⁰ [rad · m¯¹])x + (4.77 × 10¹6 [rad · s¯¹])t])V(x, t) = A exp(i[(2.27 × 10¹⁰ [rad · m¯¹])x − (2.99 × 10¹6 [rad · s¯¹])t])V(x, t) = A exp(-i[(2.27 × 10¹⁰ [rad · m¯¹])x + (2.99 × 10¹6 [rad · s¯¹])t])

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A free electron is moving along the-x-direction with momentum magnitude 2.40×10-24 [kg. and energy 3.16×10-18 [J]. What is the time-dependent wave function of the given electron? . (x, t) = A exp(i[(3.62 × 10¹⁰ [rad · m¯¹])x − (4.77 × 10¹6 [rad · s¯ · s¯¹])t]) V(x, t) = A exp(-i[(3.62 × 10¹⁰ [rad · m¯¹])x + (4.77 × 10¹6 [rad · s¯ -¹])t]) V(x, t) = A exp(i[(2.27 × 10¹⁰ [rad · m¯¹])x − (2.99 × 10¹6 [rad -s¯¹])t]) V(x, t) = A exp(-i[(2.27 × 10¹⁰ [rad · m¯¹])x+ (2.99 × 10¹6 [rad · s¯¹])t])

A free electron is moving along the-x-direction with momentum magnitude 2.40×10-24 [kg. and energy 3.16×10-18 [J]. What is the time-dependent wave function of the given electron? . (x, t) = A exp(i[(3.62 × 10¹⁰ [rad · m¯¹])x − (4.77 × 10¹6 [rad · s¯ · s¯¹])t]) V(x, t) = A exp(-i[(3.62 × 10¹⁰ [rad · m¯¹])x + (4.77 × 10¹6 [rad · s¯ -¹])t]) V(x, t) = A exp(i[(2.27 × 10¹⁰ [rad · m¯¹])x − (2.99 × 10¹6 [rad -s¯¹])t]) V(x, t) = A exp(-i[(2.27 × 10¹⁰ [rad · m¯¹])x+ (2.99 × 10¹6 [rad · s¯¹])t])