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A sailboat is moving at a constant velocity due north, as depicted in the figure. The water exerts a drag force on the boat, where the magnitude of F→ is 325 N and θ = 33.0∘. (a) If +x is east and +y is north, find the magnitudes of n→ and p→. (Give your answers in N. ) n = N p = N (b) If +x is θ = 33.0∘ north of east and +y is θ = 33.0∘ west of north, find the magnitudes of n→ and p→. (Give your answers in N. ) n = N p = N (c) Do your answers to parts (a) and (b) agree? Yes No

A sailboat is moving at a constant velocity due north, as depicted in the figure. The water exerts a drag force on the boat, where the magnitude of F→ is 325 N and θ = 33.0∘. (a) If +x is east and +y is north, find the magnitudes of n→ and p→. (Give your answers in N. ) n = N p = N (b) If +x is θ = 33.0∘ north of east and +y is θ = 33.0∘ west of north, find the magnitudes of n→ and p→. (Give your answers in N. ) n = N p = N (c) Do your answers to parts (a) and (b) agree? Yes No

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A sailboat is moving at a constant velocity due north, as depicted in the figure. The water exerts a drag force on the boat, where the magnitude of F → is 325 N and θ = 33.0 ∘ . (a) If + x is east and + y is north, find the magnitudes of n → and p → . (Give your answers in N.)
n = ◻ N p = ◻ N
(b) If + x is θ = 33.0 ∘ north of east and + y is θ = 33.0 ∘ west of north, find the magnitudes of n → and p → . (Give your answers in N.)
n = ◻ N p = ◻ N
(c) Do your answers to parts (a) and (b) agree? Yes No

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