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Two Equal Charges Enter a Magnetic Field Oriented Along the Positive

Question 47

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Two equal charges enter a magnetic field oriented along the positive z-axis. The particles are initially at the origin. Charge A has a velocity Two equal charges enter a magnetic field oriented along the positive z-axis. The particles are initially at the origin. Charge A has a velocity = v<sub>0</sub> + v<sub>0</sub> + v<sub>0</sub> and charge B has a velocity = 2v<sub>0</sub> + + . In both cases the path of the motion will be a helix. What will be the difference in the patterns of motion? A) The helix for B will have wider circles spread further apart. B) The helix for B will have wider circles closer to each other. C) The helix for B will have same-size circles as A, but spread further apart. D) The helix for B will have same-size circles as A, but grouped closer to each other. E) Both helixes will look the same. = v0 Two equal charges enter a magnetic field oriented along the positive z-axis. The particles are initially at the origin. Charge A has a velocity = v<sub>0</sub> + v<sub>0</sub> + v<sub>0</sub> and charge B has a velocity = 2v<sub>0</sub> + + . In both cases the path of the motion will be a helix. What will be the difference in the patterns of motion? A) The helix for B will have wider circles spread further apart. B) The helix for B will have wider circles closer to each other. C) The helix for B will have same-size circles as A, but spread further apart. D) The helix for B will have same-size circles as A, but grouped closer to each other. E) Both helixes will look the same. + v0 Two equal charges enter a magnetic field oriented along the positive z-axis. The particles are initially at the origin. Charge A has a velocity = v<sub>0</sub> + v<sub>0</sub> + v<sub>0</sub> and charge B has a velocity = 2v<sub>0</sub> + + . In both cases the path of the motion will be a helix. What will be the difference in the patterns of motion? A) The helix for B will have wider circles spread further apart. B) The helix for B will have wider circles closer to each other. C) The helix for B will have same-size circles as A, but spread further apart. D) The helix for B will have same-size circles as A, but grouped closer to each other. E) Both helixes will look the same. + v0 Two equal charges enter a magnetic field oriented along the positive z-axis. The particles are initially at the origin. Charge A has a velocity = v<sub>0</sub> + v<sub>0</sub> + v<sub>0</sub> and charge B has a velocity = 2v<sub>0</sub> + + . In both cases the path of the motion will be a helix. What will be the difference in the patterns of motion? A) The helix for B will have wider circles spread further apart. B) The helix for B will have wider circles closer to each other. C) The helix for B will have same-size circles as A, but spread further apart. D) The helix for B will have same-size circles as A, but grouped closer to each other. E) Both helixes will look the same. and charge B has a velocity Two equal charges enter a magnetic field oriented along the positive z-axis. The particles are initially at the origin. Charge A has a velocity = v<sub>0</sub> + v<sub>0</sub> + v<sub>0</sub> and charge B has a velocity = 2v<sub>0</sub> + + . In both cases the path of the motion will be a helix. What will be the difference in the patterns of motion? A) The helix for B will have wider circles spread further apart. B) The helix for B will have wider circles closer to each other. C) The helix for B will have same-size circles as A, but spread further apart. D) The helix for B will have same-size circles as A, but grouped closer to each other. E) Both helixes will look the same. = 2v0 Two equal charges enter a magnetic field oriented along the positive z-axis. The particles are initially at the origin. Charge A has a velocity = v<sub>0</sub> + v<sub>0</sub> + v<sub>0</sub> and charge B has a velocity = 2v<sub>0</sub> + + . In both cases the path of the motion will be a helix. What will be the difference in the patterns of motion? A) The helix for B will have wider circles spread further apart. B) The helix for B will have wider circles closer to each other. C) The helix for B will have same-size circles as A, but spread further apart. D) The helix for B will have same-size circles as A, but grouped closer to each other. E) Both helixes will look the same. + Two equal charges enter a magnetic field oriented along the positive z-axis. The particles are initially at the origin. Charge A has a velocity = v<sub>0</sub> + v<sub>0</sub> + v<sub>0</sub> and charge B has a velocity = 2v<sub>0</sub> + + . In both cases the path of the motion will be a helix. What will be the difference in the patterns of motion? A) The helix for B will have wider circles spread further apart. B) The helix for B will have wider circles closer to each other. C) The helix for B will have same-size circles as A, but spread further apart. D) The helix for B will have same-size circles as A, but grouped closer to each other. E) Both helixes will look the same. Two equal charges enter a magnetic field oriented along the positive z-axis. The particles are initially at the origin. Charge A has a velocity = v<sub>0</sub> + v<sub>0</sub> + v<sub>0</sub> and charge B has a velocity = 2v<sub>0</sub> + + . In both cases the path of the motion will be a helix. What will be the difference in the patterns of motion? A) The helix for B will have wider circles spread further apart. B) The helix for B will have wider circles closer to each other. C) The helix for B will have same-size circles as A, but spread further apart. D) The helix for B will have same-size circles as A, but grouped closer to each other. E) Both helixes will look the same. + Two equal charges enter a magnetic field oriented along the positive z-axis. The particles are initially at the origin. Charge A has a velocity = v<sub>0</sub> + v<sub>0</sub> + v<sub>0</sub> and charge B has a velocity = 2v<sub>0</sub> + + . In both cases the path of the motion will be a helix. What will be the difference in the patterns of motion? A) The helix for B will have wider circles spread further apart. B) The helix for B will have wider circles closer to each other. C) The helix for B will have same-size circles as A, but spread further apart. D) The helix for B will have same-size circles as A, but grouped closer to each other. E) Both helixes will look the same. Two equal charges enter a magnetic field oriented along the positive z-axis. The particles are initially at the origin. Charge A has a velocity = v<sub>0</sub> + v<sub>0</sub> + v<sub>0</sub> and charge B has a velocity = 2v<sub>0</sub> + + . In both cases the path of the motion will be a helix. What will be the difference in the patterns of motion? A) The helix for B will have wider circles spread further apart. B) The helix for B will have wider circles closer to each other. C) The helix for B will have same-size circles as A, but spread further apart. D) The helix for B will have same-size circles as A, but grouped closer to each other. E) Both helixes will look the same. . In both cases the path of the motion will be a helix. What will be the difference in the patterns of motion?


A) The helix for B will have wider circles spread further apart.
B) The helix for B will have wider circles closer to each other.
C) The helix for B will have same-size circles as A, but spread further apart.
D) The helix for B will have same-size circles as A, but grouped closer to each other.
E) Both helixes will look the same.

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