1 / 9

PHYS1001 REG Throughout the semester you will work as part of 3 person team

PHYS1001 REG Throughout the semester you will work as part of 3 person team * Organize yourselves into teams of 3 * When you are happy with your team register your team on a computer and record your team number eg 7REG 14 * Complete questionnaire and place in the box at front of lab.

maili
Download Presentation

PHYS1001 REG Throughout the semester you will work as part of 3 person team

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. PHYS1001 REG Throughout the semester you will work as part of 3 person team * Organize yourselves into teams of 3 * When you are happy with your team register your team on a computer and record your team number eg 7REG14 * Complete questionnaire and place in the box at front of lab

  2. TIMETABLE – back page of lab manual Rotation system – Preparatory Work marked at the start of each session. Zero mark recorded if not completed before the lab class. Teams 1 to 8: 1st column Collisions 9 to 16: 2nd column Terminal Velocity 17 to 24: 3rd column Liquid Flow (1)

  3. EXCEL – Data Analysis constant: “power” T = k an variable: length of semi-major axis variable: period of orbiting body constant: k = 2 / (G1/2MS1/2) How do we find the values of the constants? EXCEL: 5.791010 5.79e10

  4. y = ??x?? R2 = ?? power fit using EXCEL trendline period T (s) semi-major axis a (m) (0,0) T = k an

  5. lwf lbf log(T) EXCEL – linear fit y = ??x + ?? R2 = ?? LINEST command: slope & uncertainty intercept & uncertainty log(a) (0,0) slope = n n T = k an log(T) = n log(a) + log(k) intercept = log(k)  log(k) k = 10intercept (kk+k-)

  6. Identify / Setup hman hcyl

  7. Execute  straight line through origin y = m x (0, 0)

  8. Execute 1 significant figure for uncertainty, hence, one decimal place  best estimate also one deciaml place expressing your answer uncertainty: difference between slopes ‘lbf’ and ‘lwf’or linest command relative density slope of ‘lbf’ Evaluate You will have two results: your paper graph results and the result from the Excel analysis s.f. ok units ok value sensible man > cyl since hcyl > hman

  9. Density of the liquid in the manometer Do not follow instruction in lab manual (pages 1.10 – 1.11) From your estimate of the relative density calculate the density of the liquid in the manometer knowing that the density in the cylinder is water. Compare your value of the density of liquid in the manometer with the value determined by the hydrometer How to express your results Graph Hydrometer Evaluate

More Related