Q: What is the proper way to calculate the uncertainty of elapsed time using a manual stopwatch?
The proper way to calculate the uncertainty of elapsed time using a manual stopwatch is-
First find the range of the elapsed times then make it half.
For example
If shortest time is t_{1} and largest time is t_{2} then
Uncertainty in time = (t_{2} - t_{1}) /2
Q: What is the proper way to calculate the uncertainty of elapsed time using a manual...
Constants Time intervals measured with a stopwatch typically have an uncertainty of about 0.2 s, due to human reaction time at the start and stop moments. PartA What is the percent uncertainty of a handtimed measurement of 4 s? Express your answer using one significant figure. Submit Request Answer Part B What is the percent uncertainty of a handtimed measurement of 90 s? Express your answer using one significant figure. Submit Request Answer Part C What is the percent uncertainty...
6. What is the Instant velocity at 2 seconds & 8 seconds elapsed time using the graph below? (B) 12 18 A 4 0 2 4 6 8 10 12
2) Another student measured the period of a simple pendulum using a stopwatch. However, instead of measuring a single period, he waited for 10 periods to elapse before stopping the stopwatch. He obtained the time t = 19.40 s for ten oscillations. Report the period and its uncertainty in an appropriate format (assuming that the absolute uncertainty in the time measurement is still the same, i.e. 8t = 0.2 s). Calculate the fractional uncertainty in the period measurement.
REFRESHER SCORE: 0 TIME ELAPSED: 0:00 The order reads 870 mL over 13 hours. Calculate the drip rate using a tubing factor of 20 gtt/mL. (Round your answer to the nearest whole number.) Enter your answer: gtt/min Submit Answer
Determine the uncertainty in energy of the photon using the time-energy uncertainty relationship,emitted during the following atomic transitions: a) The ground state hyperfine transition in hydrogen with a lifetime of 10^6 years b) The Carbon 1s π∗ transition with a lifetime of 6.9 × 10^−15s
1) What is the uncertainty of your speed driving from your home to the University for the week? Record the commute time and the distance every day for the seven days. Calculate average of the time and determine the uncertainty of the time and the distance. Calculate the uncertainty of the speed using the uncertainty propagation equation. Show all the details of the calculation. Make up the times and distances.
KINDLY DO IT IN PROPER WAY TOMMOROW IS MY FINAL Q#1: Identify the Hazards in the code given below and remove them using Only Forwarding (Show Forwarding using Graphical representation of pipeline) Only Stalling (Show stalling using Graphical representation of pipe line ) add $t0, $t1, $t2 add $t3, $t4, $t0 add $t5, $t6, $t0 Also write the forwarding equations which you used to remove hazards.
PLEASE MAKE SURE TO CALCULATE THE UNCERTAINTY!! Practice Problem udent Suzie Q sets out to analyze an impure sample of potash (potassium hydroxide) for percent purity. Suzie Q will use an HCl solution that she standardizes with Na2CO3 If she weighs out a 0.562 g sample of potash, what is the percent purity (with uncertainty) based on the following information? MWKoH 65.1056 g/mol (negligible unc.) MWNzcos 105.98844 g/mol (negligible unc.) Stdzn of HCI SNazcos- 0.220 mIHa 35.22 Titn of KOH...
Objectives To make basic measurements of length, mass and time To practice graphing using spreadsheet software and paper and pencil. 1. Lenght Estimate the length of a meter by putting a pen or pencil at one end of a table and placing a second pen or pencil about one meter away from the first. Use the meter tape measure to measure the actual length of your meter estimate. Record the length of your meter estimate Calculate the percent error of...
6. Using the enthalpy of formation values in Appendix 4 of this lab manual, calculate AH' for the following reaction. 2 Na(g) + 2 HyOz - 2 NaOH(aq) + H2 7. The following reaction has a AH of -1196 kJ. Use this value and the information in Appendix 4 to calculate the AH of CIF3(Q). 2 CIF3() + 2NH3() - N2 + 6 HF() + Cl2 AH'= -1196 kJ