Answer:
<h2>2.8T.</h2><h2>0.12N.</h2>
Explanation:
According to physic's magnetic law, the relation between a magnetic force, velocity, charge and magnetic field of a particle is :; where q is the charge, v the velocity, B the magnetic field, alpha is the angle between the velocity and the force. <em>This equation represents the force experienced by a charge that travel at certain velocity in a magnet field.</em>
So, basically we just need to replace each variable and solve for particle 1. You can see in the figure that the first particle has an angle of 90°.
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For the second particle, we do the same process, in this case the angle is gonna be 55°:
(It's important to notice that the problem specify that the second particle is inside the same magnetic field, that's why we can use the same magnitude in the calculations)
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<h3><em>Therefore, the first particle experience a magnetic field of 2.08T, and the second particle, which is inside the same magnetic field, it has a magnetic force of 0.12N.</em></h3>