2.A long wire lies horizontally and carries a current 1.5 μA. A proton is moving parallel abovethe wire in the opposite direction of the current and at a distance d . The proton speed is 2.5 x 104m/s. Find the distance d. Ignore the earth’s magnetic fieldalso assume this is taking place in vacuum. g=9.8 m/s2 q=1.6×10−19?mp=1.67×10−27kg( Ans:7.2 cm)
2.A long wire lies horizontally and carries a current 1.5 μA. A proton is moving parallel abovethe wire in the opposite direction of the current and at a distance d . The proton speed is 2.5 x 104m/s. Find the distance d. Ignore the earth’s magnetic fieldalso assume this is taking place in vacuum. g=9.8 m/s2 q=1.6×10−19?mp=1.67×10−27kg( Ans:7.2 cm)
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2.A long wire lies horizontally and carries a current 1.5 μA. A proton is moving parallel abovethe wire in the opposite direction of the current and at a distance d . The proton speed is 2.5 x 104m/s. Find the distance d. Ignore the earth’s magnetic fieldalso assume this is taking place in vacuum. g=9.8 m/s2 q=1.6×10−19?mp=1.67×10−27kg( Ans:7.2 cm)
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