The temperature near the surface of the earth is 291 K. A xenon atom (atomic mass = 131.29 u) has a kinetic energy equal to the average translational kinetic energy and is moving straight up. If the atom does not collide with any other atoms or molecules, then how high up would it go before coming to rest? Assume that the acceleration due to gravity is constant during the ascent.

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Q: are

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A: Given that,m1 = 0.02 (kg)m2 = 0.03 (kg)v1 = 3i^ (m/sec)v2 = 2j^ (m/sec)  Here we need to find the…

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A: Given: The acceleration at which the person loses consciousness is 49.0 ms-2. The mass of the manned…

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A: Given:acceleration a=5g=49 m/s2 mass M= 2.40*104 kg exhaust speed u=2.6*103 m/s   Formula used: a=-g…

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A: Consider a 100g puck (m) revolving in a 20cm radius(r) circle on a frictionless table. The string…

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A: T=Time taken=76 Yearsa=Eliptical semi major axis

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A: Have a look dear

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A: Given Data: Mass of asteroid: mA = 5 × 109 kg Approaching velocity of satellite: va = 860 m/s…

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Q: R h

A: Given, R=5.05m thickness, t=10.1×10-3m ρr=1.39r kg/m3 So, the mass is given by m=2πt∫0Rr.ρrdr

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Q: αφ τιμή C+0 BQ τιμή υ δα C-0 αφ τιμή C+0 (3) β

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A: Given data: Speed of proton, v=5.50×105 m/s Radius of the circle, r=0.02 m Mass of the proton,…

Maxwell speed distribution

Maxwell-Boltzmann distribution or commonly known as Maxwell speed distribution, explains the division of the energy levels of the molecules of an ideal gas on the basis of the statistical theory. In 1859, Scottish physicist James Clerk Maxwell established the context for the distribution of molecular velocities for random molecules moving in a closed environment. This theory was generalized in 1871 by German physicist Ludwig Boltzmann. He improvised the theory to express the distribution of energy levels among different molecules.