The wheel used to steer a ship, known as the helm, is shown below. The captain of the ship applies a force F = -3.3Nê – 2.4Nâý to the helm at the location 7 = -0.25mê + 0.25mŷ from the origin, as shown below. a) What torque is the captain applying to the helm about the origin? b) If the moment of inertia of the helm is 1.1 kg - m², then what is its angular acceleration?
The wheel used to steer a ship, known as the helm, is shown below. The captain of the ship applies a force F = -3.3Nê – 2.4Nâý to the helm at the location 7 = -0.25mê + 0.25mŷ from the origin, as shown below. a) What torque is the captain applying to the helm about the origin? b) If the moment of inertia of the helm is 1.1 kg - m², then what is its angular acceleration?
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How do I solve 2a and 2b
Transcribed Image Text:Question 2
The wheel used to steer a ship, known as the helm, is shown below. The captain of the ship applies
a force F = -3.3Nâ – 2.4Nŷ to the helm at the location 7 = -0.25mê + 0.25mŷ from the origin,
as shown below.
a) What torque is the captain applying to the helm about the origin?
b) If the moment of inertia of the helm is 1.1 kg m², then what is its angular acceleration?
y
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