A particle with charge q = -4.34 C, mass m = 3.04 kg, and traveling at velocity v2.18 m/s enters a box through a small opening in the top. The box is square, with side lengths L= 2.62 m. Inside of the box is a constant magnetic field of magnitude B= 2.33 T with direction as shown (in blue) in the figure below. 0+ 04 Otk 04 Once inside, the charge will be deflected by the magnetic field such that it impacts one of the sides of the box. What is the magnitude and direction of the force that acts on the charge at the instant it enters the box? [ What is the direction of the force that acts on the charge at the instant it enters the box? 6 O Location 1 O Location 2 O Location 3 O Location 4 5 Location 5 O Location 6 O Location 7 Which of the seven indicated locations (numbered 1 through 7, spaced equally around the perimeter of the box) best approximates the location at which the charge will impact? N Once the charge has entered the box, how long does it take the charge to impact the location you specified in part (b)? (Nate: you may assume the impact occurs at exactly the location specified.)
A particle with charge q = -4.34 C, mass m = 3.04 kg, and traveling at velocity v2.18 m/s enters a box through a small opening in the top. The box is square, with side lengths L= 2.62 m. Inside of the box is a constant magnetic field of magnitude B= 2.33 T with direction as shown (in blue) in the figure below. 0+ 04 Otk 04 Once inside, the charge will be deflected by the magnetic field such that it impacts one of the sides of the box. What is the magnitude and direction of the force that acts on the charge at the instant it enters the box? [ What is the direction of the force that acts on the charge at the instant it enters the box? 6 O Location 1 O Location 2 O Location 3 O Location 4 5 Location 5 O Location 6 O Location 7 Which of the seven indicated locations (numbered 1 through 7, spaced equally around the perimeter of the box) best approximates the location at which the charge will impact? N Once the charge has entered the box, how long does it take the charge to impact the location you specified in part (b)? (Nate: you may assume the impact occurs at exactly the location specified.)
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Transcribed Image Text:A particle with charge q = -4.34 C, mass m = 3.04 kg, and traveling at velocity v = 2.18 m/s enters a box through a small opening in the top. The box is square, with side lengths L= 2.62 m. Inside of the box is a constant magnetic field of magnitude B= 2.33 T with direction as shown (in blue) in the
figure below.
O
3
6
0 +j
01
0+k
5
Once inside, the charge will be deflected by the magnetic field such that it impacts one of the sides of the box.
What is the magnitude and direction of the force that acts on the charge at the instant it enters the box?
What is the direction of the force that acts on the charge at the instant it enters the box?
N
Which of the seven indicated locations (numbered 1 through 7, spaced equally around the perimeter of the box) best approximates the location at which the charge will impact?
O Location 1
O Location 2
O Location 3
O
Location 4
Location 5
O Location 6
O Location 7
Once the charge has entered the box, how long does it take the charge to impact the location you specified in part (b)? (Nate: you may assume the impact occurs at exactly the location specified.)
s
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