To find the length l in this scenario, we can use the formula:
F = B I l * sin(theta)
Substitute the given values:
1.65 = 0.34 14.5 l * sin(30°)
Solve for l:
1.65 = 4.93 l 0.51.65 = 2.465 * ll = 1.65 / 2.465l ≈ 0.669 meters
Therefore, the length l is approximately 0.669 meters.
To find the length l in this scenario, we can use the formula:
F = B I l * sin(theta)
Substitute the given values:
1.65 = 0.34 14.5 l * sin(30°)
Solve for l:
1.65 = 4.93 l 0.5
1.65 = 2.465 * l
l = 1.65 / 2.465
l ≈ 0.669 meters
Therefore, the length l is approximately 0.669 meters.