A mass spectrometer is used to separate two isotopes of uranium with masses m₁ and m₂ where m₂ m₁. The two types of uranium atom exit an ion source S with the same charge of +e and are accelerated through a potential difference V. The charged atoms then enter a constant, uniform magnetic field B as shown. If r₁ = 0.5049 m and r₂= 0.5081 m, what is the value of the ratio m₁/m₂?

Question

A mass spectrometer is used to separate two isotopes of uranium with masses m₁ and m₂ where m₂ > m₁. The two types of uranium atom exit an ion source S with the same charge of +e and are accelerated through a potential difference V. The charged atoms then enter a constant, uniform magnetic field B as shown. If r₁ = 0.5049 m and r₂= 0.5081 m, what is the value of the ratio m₁/m₂?

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The Answer of A mass spectrometer is used to separate two isotopes of uranium with masses m₁ and m₂ where m₂ > m₁. The two types of uranium atom exit an ion source S with the same charge of +e and are accelerated through a potential difference V. The charged atoms then enter a constant, uniform magnetic field B as shown. If r₁ = 0.5049 m and r₂= 0.5081 m, what is the value of the ratio m₁/m₂?

A Mass Spectrometer Is Used to Separate Two Isotopes of Uranium