mess of 1um. Calculate th minimum resolution

Q: How do you get 10025 from 25%? and How did you get 32.8 from 8.2 x 10025?

A: In this the percentage is converted into fractions.

Q: find te dimension of Streess in SI unit and CGSunit.

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Q: Part D The threshold of hearing is defined as the minimum discernible intensity of the sound. It is…

A: Note: Here I am giving the solution to Part D as per the student's request   Given data: Intensity…

Q: 1. The diameter of a sphere is 28.30 +/- 0.12 cm. The mass is 30.6 +/- 0.4 kg. What is the density…

A: Given, A sphere has diameter of 28.30+/-0.12cm and mass 30.6+/-0.4kg

Q: 4. Calculate the average speed of the toy car. Use the weakest link rule to determine the…

A: Considering the toy car travelled distance is 6m and taken time is 5s.The average speed is,

Q: 3. Compute: VXVXA™ Given that A --x'y' – 4z'y" + 2x°z* at P(0,-1,1)

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Q: QUESTION 9 A research submarine dives to a depth of 100 m (in freshwater). Determine the inward…

A:

Q: prove that this force Con serve d ar fexxy=2a (x-y)i -a (2x+ys

A: Detailed solution of this question is given in below steps.

Q: X - 3t-2tt3€²-t+1 at O Vav OVenston elet= 3 sec t1 and t=2 Sec D. * dinstau ak t= 2 Sec a u attsec…

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Q: 6 of 11 E Review I Constants A 1.3 kg ball on the end of a lightweight rod is located at (z, y) =…

A: Given data: Mass of the ball m=1.3 kg. Position of the ball x1,y1=3.0 m, 2.0 m. Pivot x2,y2=0 m,…

Q: 3. Using the instruments from problem 1, you can take the following measurements for the distance a…

A: As per our guidelines, we are answering only the first question. If you want more questions to be…

Q: What is the sum of 44.06005 s, 0.0598 s, and 1103.4 s? Answer the question with correct number of…

A:

Q: Given a force law Avec{ F}=Ar^2 \widehat{r} what are the dimensions of A?

A: The expression of force is givenF = A.r2 .....(1)

Q: No. of Sig Figs Uncertainty 1125 cm 6.010 m? 2600. kg | |

A: Hello. Since your question has multiple sub-parts, we will solve the first three sub-parts for you.…

Q: 48. From equations (6-23) and (6-29) obtain the dispersion coefficient for matter waves (in vacuum),…

A: