Problem 2: Consider a particle of mass m moving in one dimension under the influence of the simple harmonic oscillator system: "P), a+ = a= 2 h mw mw ip 2 h mw (at+a), p= i¸ hmw (at- a) 2 mw 2 Use the definition of a to find [x,p] a+

Could you possibly include a picture of the written solution, the transcription gets a bit confusing! Thank you :)

Can you please explain how to solve the uncertainty for this problem. I previously asked the same question but the answer for the uncertainty i was given is wrong +/- 0.00559

We have a very large sheet of extremely thin paper. Assume that the paper is in fact only 0.1mm(0.0039inches)thick.Imagine that thispaper will be foldedin half repeatedly, 50 times.Guess how thick the paper will be at the end!Quick metric system converter: 10mm=1cm (about 0.39 inches)100cm=1meter ( about 3.3 feet)1000m=1kilometer (about 0.62miles)

Hello, I am having trouble with this homework question. What would be the best approach in solving this problem and getting the answer in both scientific notation and as a whole number?   Unit Conversions (Metric < -- > United States customary) 1 mile = 5280 feet = 1.6 km1 lb = 0.454 kg = 16 oz1 liter = 33.8 oz1 gallon = 3.78 liter 7) How many ounces are in 6 pounds? e.g.      6 lb x 16 oz ^ 1 lb = _______ oz   8) Convert 23 miles to feet.___________________________________________ ft9) Convert 120 lbs to kilograms.____________________________________________ kg10) Convert 451 mL to ounces.____________________________________________ oz11) Convert 2.5 miles to km.____________________________________________ km12) Convert 2 days to seconds._________________________________________ s13) Convert 75 minutes to days._________________________________________ days14) Convert 1.8 gallon to ounces.____________________________________________ oz

How should the computed result be reported, to the proper number of significant figures, for the following set of 0.0053 ? 2.7800 mathematical operations? (112.2 - 5.2) × A. 0.2040 B. 0.20 C. 0.204 D. 0.20399 O E. 0.2