A wire with a current of 6.4 A is in a uniform magnetic fieldB - Bai + By] + B,kWhere B= =8.9T. and By =45T, and Be =44.8T are the components of the magnetic field.The wire is oriented along the x-axis and is carrying the current in the +x direction and has a length 7.76mWhat is the magnitude of the magnetic force on the wire (in INy?I need to show all work A wire with a current of 6.4A is in a uniform magnetic fieldB = B₂i+By+ B₂kWhere B 8.9T, and By =-45T, and B₂ =44.8T are the components of themagnetic field.The wire is oriented along the x-axis and is carrying the current in the +x directionand has a length 7.76mWhat is the magnitude of the magnetic force on the wire (in N)?I

Current is The magnetic field vector is Components of magnetic field vector are , and Length of wire is The wire is oriented along x-axis and current is flowing in the +x-direction.Find:The magnitude of magnetic force.A moving charge's magnetic field is the area surrounding it where force of magnetism acts. The magnetic force due to a current carrying wire is given asHere represents magnetic force, represents current, represents length vector of wire and represents magnetic field vector.The magnetic field vector is given asInsert the values of components of magnetic field vector into the above relation.The wire is oriented along x-axis, its length vector can be written asThe cross-product of length and magnetic field vector can be calculated asInsert the values of current and cross product of length and magnetic field vector into the equation (1).The magnetic force is The magnitude of the magnetic force can be calculated asThe magnitude of magnetic force is