Question
Question asked by Filo student
Copy all the relevant data from the elevator ride lab exercise 5a and 5c so that one can see all the information you're working from. acceleration S = 2 m/s^2, constant = 4.91, braking = 4.5 N. Use these data to: 1. Determine the upward acceleration a in m/s^2 of the elevator at the beginning of an up trip. (0.5 m/s^2) 2. What is the fastest that the elevator could get going, Vmax, if you assume that it accelerates like this for half of a 4 m trip from one floor to the next? (2 m/s) Some hints: Remember the scale reading was the magnitude of the upward support ("normal") force. Remember that the weight of the mass is Fg = mg, where m is the mass in kg and g = 9.81 m/s^2. Newton's 2nd law is the vector sum of the forces is the object's mass times its vector acceleration, F = ma.
Filo tutor solution
Learn from their 1-to-1 discussion with Filo tutors.
Generate FREE solution for this question from our expert tutors in next 60 seconds
Don't let anything interrupt your homework or exam prep with world’s only instant-tutoring, available 24x7
Found 7 tutors discussing this question
Discuss this question LIVE
5 mins ago
Practice more questions on All topics
Question 1
Easy
Views: 5,253
Question 3
Hard
Views: 5,911
Question 4
Medium
Views: 5,490
Students who ask this question also asked
Question 1
Views: 5,855
Question 2
Views: 5,804
Question 3
Views: 5,827
Question Text | Copy all the relevant data from the elevator ride lab exercise 5a and 5c so that one can see all the information you're working from. acceleration S = 2 m/s^2, constant = 4.91, braking = 4.5 N. Use these data to:
1. Determine the upward acceleration a in m/s^2 of the elevator at the beginning of an up trip. (0.5 m/s^2)
2. What is the fastest that the elevator could get going, Vmax, if you assume that it accelerates like this for half of a 4 m trip from one floor to the next? (2 m/s)
Some hints: Remember the scale reading was the magnitude of the upward support ("normal") force. Remember that the weight of the mass is Fg = mg, where m is the mass in kg and g = 9.81 m/s^2. Newton's 2nd law is the vector sum of the forces is the object's mass times its vector acceleration, F = ma.
|
Topic | All topics |
Subject | Physics |
Class | Class 11 |