Interactive LearningWare 3.1 provides a review of the concepts that are important in this problem.A bird watcher meanders through the woods, walking 0.30 km due east, 0.70 km due south, and 2.85 km in a direction43.0° north of west. The time required for this trip is 2.00 h.(a) Determine the magnitude and direction (relative to due west) of the bird watcher's displacement. Use kilometersand hours for distance and time, respectively.magnitude12.25X kmdirection2 37.8° north of west(b) Determine the magnitude and direction (relative to due west) of the bird watcher's average velocity.X km/hrX o north of westmagnitude1.13direction37.8Additional MaterialsO eBookSubmit Answerabc?? T1,464OCT53MacBook Air

Bird watcher walks 0.30 km due east , 0.70 km due south and 2.85 km in a direction 43⁰ north of west…

Answered: A bird watcher meanders through the…

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter2: Representing Motion

Section: Chapter Questions

Problem 2STP

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Similar questions

What is the y component of the vector shown in Figure OQ3.9? (a) 3 cm (b) 6 cm (c) 4 cm (d) 6 cm (e) none of those answers
What is the y component of the vector shown in Figure OQ1.9? (a) 3 cm (b) 6 cm (c) 4 cm (d) 6 cm (e) none of those answers Figure OQ1.9 Objective Questions 9 and 10.
Three displacement vectors of a croquet ball are shown in Figure P1.44, where |A|=20.0units, |B|=40.0units, and |C|=30.0units. Find (a) the resultant in unit-vector notation and (b) the magnitude and direction of the resultant displacement. Figure P1.44
What is the x component of the vector shown in Figure OQ3.9? (a) 3 cm (b) 6 cm (c) 4 cm (d) 6 cm (e) none of those answers
What is the x component of the vector shown in Figure OQ1.9? (a) 3 cm (b) 6 cm (c) 4cm (d) 6cm (e) none of those answers Figure OQ1.9 Objective Questions 9 and 10.
A person going for a walk follows the path shown in Figure P1.51. The total trip consists of four straight-line paths. At the end of the walk, what is the persons resultant displacement measured from the starting point? Figure P1.51
A delivery man starts at the post office, chives 40 km north, then 20 km west, then 60 km northeast, and finally 50 km north to stop for lunch. Use a graphical method to find his net displacement vector.
I need help with this practice problem. I was given the answer key but I need help solving it step by step. A car drives North for 1 km. Then it turns and drives 2 km at 30◦ South of West.Finally the driver turns again and drives 0.5 km Northwest.(a) What is the total distance driven?(b) What are the magnitude and direction of the car’s overall displacement? Answer Key: a.) 3.5 km b.) .11 km, 9.55◦
A spelunker is surveying a cave. She follows a passage 180 m straight west, then 210 m in adirection 45° east of south, and then 280 m at 30° east of north. After a fourth displacement, she finds herself back where she started. Use appropriate scale drawing to determine the magnitude and direction of the fourth displacement. What is the spelunker’s displacement?
A traveler is exploring an unfamiliar cave in the Northern Luzon. She follows a passage 180 m straight west, then 210 m in a direction 45° east of south, and then 280 m at 30° east of north. After a fourth unmeasured displacement, she finds herself back where she started. Draw the diagram following her path, then solve for the magnitude and direction of the fourth displacement. You may also try drawing a scale diagram of the given vectors using your ruler and protractor, then measure the fourth displacement to check your quantitative answer.
You take a three-day hike. On the first day, you travel 5.0 km heading east. On the second you enjoyed the scenery so much you forgot to take note how far you have walked and in what direction. On the third day, after wandering for 8.5 km and in the direction 370 south of west, you found yourself in the base camp. Determine your displacement during the second day of your trip. Use the scale 1.0 cm : 2.0 km.
Q No. 2: An automobile travels due east on a level road for 32 km. It then turns due north at an intersection and travels 47 km before stopping. Find the vector that indicates the resulting location of the car.

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