Consider the following data for the table below:Experimental acceleration = 2.849 m/s?• Theoretical acceleration = 2.904 m/s?• Time of Travel (Trial 1) = 0.883 sTime of Travel (Trial 2) = 0.893 s• Time of Travel (Trial 3) = 0.91 sAcceleration down the Inclined PlaneHeight ofAcceleration (m/s²)Experimental TheoretTime of Travel (s)sin eTrack (cm) Trial 1 Trial 2 | Trial 3 | AverageError(A)(B)(C)Length of Track:(D)What must be the distance travelled by the cart down theinclined in (D)?128 cm116 cm114 cm130 cm

Answered: Image /qna-images/answer/653b447f-c57b-4b69-8d61-2e2b9be43203.jpg

Consider the following data for the table below: Experimental acceleration = 2.849 m/s? Theoretical acceleration = 2.904 m/s? • Time of Travel (Trial 1) = 0.883 s • Time of Travel (Trial 2) = 0.893 s • Time of Travel (Trial 3) = 0.91 s Acceleration down the Inclined Plane Time of Travel (s) Height of Track (cm) Trial 1 Trial 2 | Trial 3 | Average Acceleration (m/s²) Experimental Theoret (B) sin e Error (A) (C) Length of Track: (D) What must be the distance travelled by the cart down the inclined in (D)? 128 cm 116 cm 114 cm 130 cm

Consider the following data for the table below: Experimental acceleration = 2.849 m/s? Theoretical acceleration = 2.904 m/s? • Time of Travel (Trial 1) = 0.883 s • Time of Travel (Trial 2) = 0.893 s • Time of Travel (Trial 3) = 0.91 s Acceleration down the Inclined Plane Time of Travel (s) Height of Track (cm) Trial 1 Trial 2 | Trial 3 | Average Acceleration (m/s²) Experimental Theoret (B) sin e Error (A) (C) Length of Track: (D) What must be the distance travelled by the cart down the inclined in (D)? 128 cm 116 cm 114 cm 130 cm

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter1: A Physics Toolkit

Section: Chapter Questions

Problem 60A

See similar textbooks

Similar questions

Briefly explain why the experimental accelerations may not be the same as the expected theoretical acceleration. Try to come up with 3 reasons.
Please give the detailed solution for this problem. I have attached the formulas and the values that are provided to us. Thank you!
Please explain how you solved the problem be sure to state what your known and unknown quantities are, what concepts were applied, and what equations were used. Thank you!
1. A flowerpot falls from a windowsill 25 m above the sidewalk. How fast is the flowerpot moving when it strikes the ground in m/s? 2. How does your value for 'g' (assume the value of g= 9.2m/s2 ) compare to the accepted value of the acceleration of a free falling object (9.8 m/s2) 3. What factors do you think may cause the experimental value to be different from accepted value?
Present the conversion of Jm-1 to its simplest MKS unit, then identify the derived dimensions for the said unit.
Physics Problem, Kindly indicate givens and full solution so I can understand the problem much better ^_^ Thank you.
Read the statement then perform the tasks that follow. Please provide the following: Given, Equation, Derivation, Computation and Final Answer. Thankyou!!
Please answer the following questions and explain how you solved the problem. Be sure to state what the known and unknown quantities are, what concepts were applied, and what equations were used. Thank you!
An brand of fruit snacks claims that each bag of fruit snacks has a mass of25.5g. After weighing three bags, Paolo observes the masses to be 25.5g,25.6g, and 25.7g.How can Paolo describe the accuracy and precision of the first bag hemeasured?a. Accurate, but not preciseb. Neither accurate nor precisec. Accurate and precised. Precise, but not accurate
Describe possible sources of random and systematic errors in the following measurement. Speeds of cars recorded by a police officer using a radar gun. Part 1 Which of the following would be random errors in this situation? Select all that apply. A. Errors made by using a radar gun that is incorrectly calibrated and consistently reads high or low. B. Errors made by the police officer in reading the radar gun. C. Errors in the speedometers of the cars observed. D. Errors made by the police force when choosing which officer to check the speeds. E. Errors made when calibrating the radar gun. F. Errors made by the police officer in recording the speeds.
can you give a conclusion about your final answer or give a description about your solution why the value became negative
How would you rearrange that equation for m_0