Only need number answer with its unit for 1 and 2

Magnetic Force on a Moving Charge: F = Bqv B = Magnetic field strength in Teslas (T) Charge of the object in Coulombs (C) V = Velocity of the object (m/s) Magnetic Force on a wire: From our experience in the lab, we also know that a wire with a current in it also contains moving charges and will experience a force on it if it is placed in a magnetic field. Starting with the equation for a moving charge, derive an equation for the force on a current carrying wire. F = BIL B = Magnetic field strength in Teslas (T) I = Current in the wire (A) L = Length of the wire (L) Magnetic Force Problems: For each problem calculate the missing value and draw a diagram of the force, field, and direction of the velocity or current. 1. A positive charge of 0.55 C moves to the right at 100 m/s and enters a magnetic field of 0.80 T directed downward into the page. What is the magnitude and initial direction of the force on the charge? 2. A straight wire of 5.0 m long conducts a current of 4.00 A toward the bottom of the page, if the wire experiences a force of 0.02 N to the left. What is the magnitude and direction of the magnetic field