motorcycle is initially at point A. At time t= 0, the man travels along the path shown to point B. The amount of time required to complete each segment of the path is also indicated in the diagram. [Note: The squares in the grid are 10 meters long.] 40 sec %3D 30 sec 30 sec What is the magnitude of the man's displacement once he reaches point B? 140 meters 200 meters 80 meters 100 meters d. е. 60 meters b. с. a.

motorcycle is initially at point A. At time t= 0, the man travels along the path shown to point B. The amount of time required to complete each segment of the path is also indicated in the diagram. [Note: The squares in the grid are 10 meters long.] 40 sec %3D 30 sec 30 sec What is the magnitude of the man's displacement once he reaches point B? 140 meters 200 meters 80 meters 100 meters d. е. 60 meters b. с. a.

Inquiry into Physics

8th Edition

ISBN:9781337515863

Author:Ostdiek

Publisher:Ostdiek

Chapter12: Relativity, Particle Physics, And Cosmology

Section: Chapter Questions

Problem 6P

See similar textbooks

Similar questions

AS4) Give me a solution of this question.
3M- Please I want a solution of all sub-part questions in detail by typing them. Thanks
O B ST 252 3. SWITCH S",s CLOSEN AT t=0.Tite BAR HAS AMASS, m3 2RggAND IS INITIALLY AT ResT. Fin : a) Vronia b) E MAX c) i IND MAX 2) L3 MAX IND MAX ) P IND MAX h) TIMENGEDEU TU REACH VTERM 2. O DISTANCE TEAYELED UPTO THIS PUINT INTIME = ) ACCELERRATION AT THIS TIME =
Fast pls solve this question correctly in 5 min pls I will give u like for sure Aka
Snakes X and Y start to crawl at the same time at equal speeds from a hole to find food. Snake X starts at 8 m NE; then goes 10 m 40o S of E; then sensed something moving 9 m N from where it is and moves to it; while snake Y went straight from the hole to the moving thing. How far and in what direction did snake Y move to reach the moving thing?
can i also get explaination of how to solve this
< 7:52 Yr 12 Phy Wk 03 D1 Jan 2024 Fo... 2. (a) The figure below illustrates a racetrack near a refuelling station. (b) route of car B (ii) racetrack 160 m route of car A to refuelling station 120m the time taken return route to race track for car A refuelling station The cars A and B are in a race and both have a speed of 80 m s¹. Car A has a lead over car B of 17.0 s at X when A leaves the racetrack to refuel. Car A travels 120 m from X to the refuelling station. Calculate the following values for car A, from the point where it leaves the racetrack until it comes to rest at the refuelling station. Assume the deceleration is constant. (1) the average deceleration deceleration = time = Dedicated to Excellence...!!! Q -Y ms-² Car A refuels in 9.0 s and then takes 4.0 s to travel to Y. During the refuelling of car A, car B continues to travel at 80 m s -¹. Calculate the time difference between the cars A and B as car A arrives back on the racetrack at Y. time = [3] [Total 9 marks]
Kindly give me a detailed answer in a clear handwriting of subpart (a). I am attaching the full question but I only need (a). All the questions are related. I only have few minutes kindly give the ans ASAP. I will upvote if the answer is correct and answered soon. Thank you.
Please answer both as they are very simple. If you can't answer between 24 minutes then please reject the question so I can get back my question. Thank you.
Can u solve parts 3 and 4 for me
hw49 Somebody please help me figure out the last part of this question, thank you
Can someone explain how to do this , I have a quiz today in like 5 hours /: