ConstantsPart AA canoe has a velocity of 0.480 m/s southeast relativeto the earth. The canoe is on a river that is flowing at0.560 m/s east relative to the earth. (Figure 1)Find the magnitude of the velocity vc/r of the canoe relative to the river.Express your answer in meters per second.View Available Hint(s)Figure0)m/sc/rSubmitPart B Complete previous part(s)rle45°Provide Feedback

The velocity of canoe relative to the river vc/r is,

Answered: Constants Part A A canoe has a velocity…

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter3: Motion In Two Dimensions

Section: Chapter Questions

Problem 4CQ

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Similar questions

A soccer ball is punted from the ground at an angle theta = 42 degrees with respect to the horizontal. The ball is in the air at time tm = 1.1 s before it lands back on the ground. Numerically, what would be the total horizontal distance dm in meters traveled by the ball int he time tm?
On a day when the wind is blowing toward the south at 2 m/s, a runner jogs west at 1.5 m/s. what is the magnitude of velocity of the air relative to the runner? Calculate answer to one decimal.
On a day when the wind is blowing toward the south at 5 m/s , a runner logs west at 1.6 m/s.what is the magnitude of velocity of the air relative to the runnerCalculate answer to one decimal.
On a day when the wind is blowing toward the south at 3 m/s, a runner jogs west at 1 m/s.what is the magnitude of velocity of the air relative to the runner? Calculate answer to one decimal.
Use a graphing utility to obtain the path of a projectile launched from the ground (h = 0) at the specified values of θ = 35°, v0 = 300 feet per second. In the exercise, use the graph to determine the maximum height and the time at which the projectile reaches its maximum height. Also use the graph to determine the range of the projectile and the time it hits the ground. Round all answers to the nearest tenth.
A classic physics problem states that if a projectile is shot vertically up into the air with an initial velocity of 146 feet per second from an initial height of 89 feet off the ground, then the height of the projectile, hh, in feet, tt seconds after it's shot is given by the equation: h=−16t2+146t+89h=-16t2+146t+89 Find the two points in time when the object is 126 feet above the ground (to one decimal places). Answer: The object is 126 feet off the ground at the following times: (Enter your two answers separated by a comma. Round to ONE decimal places.)
Find the magnitudes of velocities vA and vB in the figure below, where, ? = 20.0° and vtot = 7.52 m/s.
A swimmer wants to cross a river that is flowing east at 0.95 m/s . To do so, the swimmer points 33.0o north of west. How fast must they swim relative to the water so that they swim directly north across the river? Give your answer in meters per second to two decimal places
The drawing shows two cars traveling in different directions with different speeds. Their velocities are: vAG = velocity of car A relative to the Ground = 32.4 m/s, due eastvBG = velocity of car B relative to the Ground = 21.0 m/s, due northThe driver of car B looks out the window and sees car A. What is the velocity (magnitude and direction) of car A as observed by the driver of car B? In other words, what is the velocity vAB of car A relative to car B?
An athlete performing a long jump leaves the ground at a 31.8 ∘∘ angle and lands 7.65 mm away. What was the takeoff speed? Express your answer using three significant figures and include the appropriate units.
When describing motion, the origin can be placed arbitrarily to make the problem easier to understand and/or solv True False
What are the magnitude Δ? and angle ? of the change in velocity if the initial velocity is 15.0 m/s south and the final velocity is 70.0 m/s west? Let the angle ? be measured relative to the east direction (e.g., ?=90∘ means Δ? points north, ?=180∘ means Δ? points west, etc.).

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