How to solve this question **Magnetic Field Direction Determination**In this exercise, you will determine the direction of the magnetic field at labeled positions for the situations described below.### Situation 1: Straight WireYou are provided with a cross-sectional view of a straight wire. The wire is oriented perpendicular to the screen and carries a current into the screen. Your task is to indicate the direction of the magnetic field:- **Below the wire**- **To the right of the wire**A diagram shows a circle with a cross (representing the wire with current going into the screen), and spaces to the right and below the circle are provided for answers.### Situation 2: Circular Loop of WireConsider a circular loop of wire carrying a counterclockwise current. You need to indicate the direction of the magnetic field at points:- **Inside the loop**- **Outside the loop**A diagram shows a circle with arrows indicating the counterclockwise current, and spaces inside and below (outside) the loop are provided for answers.### Answer Bank:For both situations, choose from the directions provided:- no field- right- up- into screen- left- out of screen- downComplete the exercise by selecting the appropriate directions from the answer bank for each labeled position.

Right-hand thumb rule for straight wires: According to the right-hand thumb rule when we place our…

Determine the direction of the magnetic field produced at the labeled positions in the given situations. Shown is a cross-sectional view of a straight wire oriented perpendicular to the screen, carrying a current into the screen. Indicate the direction of the magnetic field at a point below the wire, and at a point to the right of the wire. Anwwer Bunk no field right up into screen left out of screen down Next, consider a circular loop of wire carrying a counterclockwise current as shown. Indicate the direction of Answer Bank the magnetic field at points both inside and outside of the loop. no field right up down into screen left out of screen