5. A pedestrian walks 7.0 km east and then 15.0 km north. Use a graphical method to find the pedestrian's resultant displacement and geographic direction.
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- 1. Betty runs 6 m North, 6 m west and 3 m south. Find the magnitude and direction of the resultant displacement.A rural mail carrier leaves the post office and drives 25.0km in a northerly direction to the next town. She then drives in a direction 60 degrees south of east for 57 km to another town. What is her displacement from the post office?43. John is walking around campus. John walks 2.4 km north. John then makes a left turn and walks 1.45 km west. Finally, John makes a right turn and walks 1.2 km north and sits on a bench. What is the magnitude and displacement of John from the starting point? А. 3.9 km, 24° north of west В. 3.9 km, 66° north of west С. 5.3 km, 70° north of west D. no answer is correct Е. 5.3 km, 59° north of west
- You walk 48.9 m to the north. You then turn 43.2 degrees to your right, so that you are facing 90-43.2 degrees north of east, and walk another 17.2 m. How far are you from where you originally started?Margaret walks into the store using the following path: 0.870 mi west, 0.330 mi north, 0.140 mi east. Assume north be along the positive y axis and west be along the negative x axis. What is the magnitude of her total displacement? In what direction is the displacement vector? Enter the answer as an angle north of west.one day you go hiking at a nearby nature preserve. at first, you follow the straight, clearly marked trails. from your starting point, you travel 2.00 miles down the 1st trail. then you turn to your left by 30.0 degrees to follow a 2nd trail for 1.40 miles. next, you turn to your right by 160 degrees and follow a third trail for 1.90 miles. at this point you are getting very tired and would like to go back. you would like to take a shortcut directly through the woods. how far to your right should you turn, and how far do you have to walk, to go directly back to the darting point. what degree turn to the right must "I" take, and how many miles must I walk back? I know the distance is 2.104 miles, but I cannot figure out the degree angle.
- Can you go step by step.A traveler first drives 22.0 km east, then 27.0 km southeast, and finally 10.7 km south. Find the traveler's total displacement. (Confused with how to get the Direction answer for this problem. Displacement is 50.75 km.)1A) Saanich is walking around the campus. Saanich walks 2.4 km north. Saanich then makes a left turn and walks 1.45 km west. Finally, Saanich makes a right turn and walks 1.2 km north and sits on a bench. What is the magnitude and displacement of Saanich from the starting point? a) 3.9 km, 24° north of west b)5.3 km, 59° north of west c) no answer is correct d)3.9 km, 66° north of west e)5.3 km, 70° north of west 1B) Saanich drives a car of mass 1800 kg on the Ford Test Track. If the initial speed of the car is 32m/s and the track can be approximated as a circle of radius 25 m, what is the average velocity Saanich would be travelling at during a single revolution? a) 100 m/s b) zero m/s c) 44 m/s d) 26 m/s e) 32 m/s 1C) Saanich is participating in a physics lab. He fires a projectile at an angle of 47.0° off of a desk. If Saanich shoots the projectile at a speed of 25 m/s, how long does it take the projectile to reach its highest point? a) 1.7 s b) 2.9 s c) 1.9 s d) 9.8 s e)1.5 s
- A traveler first drives 18.8 km east, then 31.8 km southeast, and finally 10.2 km south. Find the traveler's total displacement. Find magnitude and direction (deg) that is south of eastSuppose you walk 14.5 m in a direction exactly 19° south of west then you walk 22 m in a direction exactly 39° west of north. How far are you from your starting point in m? Please explain how you got your answer in detail.