A high-voltage power line carries a current of 116 A at a location where the Earth's magnetic field has a magnitude of 0.59 G and points to the north, 66 degrees below the horizontal. Part A Find the direction of the magnetic force exerted on a 270 m length of wire if the current in the wire flows horizontally toward the east. force points toward north, 66 ∘∘ above the horizontal force points toward north, 24 ∘∘ above the horizontal force points toward south, 24 ∘∘ below the horizontal force points toward south, 24 ∘∘ above the horizontal Part B Find the magnitude of the magnetic force exerted on a 270 mm length of wire if the current in the wire flows horizontally toward the east. Express your answer using two significant figures.   Part C Find the direction of the magnetic force exerted on a 270 mm length of wire if the current in the wire flows horizontally toward the south. Find the direction of the magnetic force exerted on a 270  length of wire if the current in the wire flows horizontally toward the south. force points toward the north force points toward the south force points toward the west force points toward the east Part D Find the magnitude of the magnetic force exerted on a 270 mm length of wire if the current in the wire flows horizontally toward the south. Express your answer using two significant figures.

Please solve the question correctly and also be sure to give the correct units. Thank you!

The magnetic field in a hospital’s cyclotron is 0.170 T. Find the magnitude of the magnetic force on a proton with speed 2.60 × 107 m/s moving in a plane perpendicular to the field. answer in N

A wire of length = 0.35 m is conducting a current of i = 7.5 A toward the top of the page and through a B = 3.0 T uniform magnetic field directed into the page, as shown in the figure. What is the magnitude F of the magnetic force on the wire? F = What is the direction of the magnetic force on the wire? ОО left into the screen up right down out of the screen N B

A proton moves with a velocity of = (6î – 4ĵ + k) m/s in a region in which the magnetic field is B = (1 + 2ĵ – k) T. What is the magnitude of the magnetic force this particle experiences? N Need Help? Read It Watch It

In vacuum, magnetic force on a moving charged particle provides an acceleration to the particle. Thus, it also changes the kinetic energy of the particle. O True O False The direction of magnetic force is perpendicular both to the velocity of the particle and to the magnetic field. True O False The net magnetic force acting on any closed current-carrying loop in a uniform magnetic field is zero. True O False All electric field lines are continuous and always form closed loops. OTrue False

In a 1.30 T magnetic field directed vertically upward, a particle having a charge of magnitude 8.00 μC and initially moving northward at 4.74 km/s is deflected toward the east. For related problem-solving tips and strategies, you may want to view a Video Tutor Solution of Magnetic force on a proton. ▼ Part A Part B Find the magnetic force on the particle. Express your answer in newtons. F = V7 ΑΣΦ N

A particle with unknown properties moves into a region of space containing both a uniform electric field and a uniform magnetic field, as shown below. The particle begins to deviate upwards from its original trajectory. How do the magnitudes of the two forces compare? OB The electric force is stronger than the magnetic force The magnetic force is stronger than the electric force А. В. С. The electric force and the magnetic forceare equal in magnitude (but nonzero) The electric force and the magnetic force are both exactly zero Nothing can be determined without additional information D. Е.