One image has question information, the other has the question. ---**Title: Understanding Circular Motion Through a Simple Toy**Consider the toy represented in the image. This toy is made by attaching a ball of mass \( m \) to a wooden stick by means of two identical strings, each of which makes an angle \( \theta \) with the stick. When you rotate the stick between the palms of your hands, the ball travels in a circle of radius \( R \) at constant speed \( v \). In the diagram, gravity points down, and the circular path of the ball is flat and in a plane that is parallel with the ground.**Diagram Explanation:**- The diagram consists of a vertical wooden stick depicted in olive green.- Two identical strings labeled as "string 1" and "string 2" in blue extend from the stick to a ball.- Each string makes an angle \( \theta \) with the stick.- The ball, represented as a blue sphere, is shown moving in a circular path indicated by a dashed black circle.- The radius \( R \) of the circular path is marked with a black line extending from the stick to the ball.- Arrows along the dashed circle illustrate the direction of rotation of the ball.This setup demonstrates the principles of circular motion, where the ball’s trajectory and the forces acting upon it provide insights into rotational dynamics.---This text is designed to help users understand the physical principles behind the toy's motion and the forces involved, making it suitable for an educational website. **Question: Determine the Magnitude of Tension \( T_2 \) due to String 2**In this exercise, you are required to calculate the magnitude of the tension denoted as \( T_2 \) that is caused by string 2. You will need to apply principles of physics, particularly involving force and tension in strings, to find the correct value of \( T_2 \). Consider analyzing the forces acting on the system, drawing a free-body diagram, and applying Newton's laws of motion to solve for the unknown tension. Ensure to show all your calculations and reasoning clearly, step-by-step.**Note:** There are no graphs or diagrams provided in the text. To complete this task:1. Write down the known values and forces acting on the system.2. Analyze the directions of the forces and tensions.3. Use appropriate formulas to find \( T_2 \).This problem tests your understanding of tension in strings and the ability to solve for unknown forces in a given physical system.

Consider the toy represented in the image. This toy is made by attaching a ball of mass m to a wooden stick by means of two identical strings, each of which makes an angle with the stick. When you rotate the stick between the palms of your hands, the ball travels in a circle of radius Rat constant speed v. In the diagram gravity points down, and the circular path of the ball is flat and in a plane that is parallel with the ground. e string 1 Ꮎ R 0 string 2 Ꮎ

Consider the toy represented in the image. This toy is made by attaching a ball of mass m to a wooden stick by means of two identical strings, each of which makes an angle with the stick. When you rotate the stick between the palms of your hands, the ball travels in a circle of radius Rat constant speed v. In the diagram gravity points down, and the circular path of the ball is flat and in a plane that is parallel with the ground. e string 1 Ꮎ R 0 string 2 Ꮎ