What is the moment of inertia of this molecule with respect to an axis passing through the midpoint and perpendicular to the molecular axis? Express your answer with the appropriate units. HÀ ? I= Value Units Submit Request Answer Part B Consider air at 1 atm pressure and 20.0° C temperature. Suppose two nitrogen molecules with rms speeds vị have an elastic collision such that only one nitrogen atom in one molecule collides with one nitrogen atom in the other molecule in the manner depicted in the figure. Write an equation for the conservation of energy, in terms of r, vi, vf, and w, where vf and w are, respectively, the center-of-mass speed and the angular speed of either molecule after the collision. Express the right side of the equation for the conservation of energy in terms of vf, r, and w. ? Submit Request Answer Part C Write an equation for the conservation of angular momentum, in terms of r, vi, vf, and w, where vf and w are, respectively, the center-of-mass speed and the angular speed of either molecule after the collision. Express the right side of the equation for the conservation of angular momentum in terms of vr, r, and w. ΑΣφ ? V; = Submit Request Answer

College Physics
11th Edition
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Chapter1: Units, Trigonometry. And Vectors
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Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Part A
What is the moment of inertia of this molecule with respect to an axis passing through the midpoint and perpendicular to the
molecular axis?
Express your answer with the appropriate units.
HA
?
I =
Value
Units
Submit
Request Answer
Part B
Consider air at 1 atm pressure and 20.0°C temperature. Suppose two nitrogen molecules with rms speeds vị have an
elastic collision such that only one nitrogen atom in one molecule collides with one nitrogen atom in the other molecule in the
manner depicted in the figure. Write an equation for the conservation of energy, in terms of r, vị, vf, and w, where vf and w
are, respectively, the center-of-mass speed and the angular speed of either molecule after the collision.
Express the right side of the equation for the conservation of energy in terms of vf, r, and w.
?
Submit
Request Answer
Part C
Write an equation for the conservation of angular momentum, in terms of r, vi, vf, and w, where vf and w are, respectively,
the center-of-mass speed and the angular speed of either molecule after the collision.
Express the right side of the equation for the conservation of angular momentum in terms of vi, r, and w.
ν ΑΣφ
?
V; =
Submit
Request Answer
Part D
Solve these equations for vf in terms of v; and r. Note that w +0 after the collision.
Express your answer in terms of vi and r.
?
Transcribed Image Text:Part A What is the moment of inertia of this molecule with respect to an axis passing through the midpoint and perpendicular to the molecular axis? Express your answer with the appropriate units. HA ? I = Value Units Submit Request Answer Part B Consider air at 1 atm pressure and 20.0°C temperature. Suppose two nitrogen molecules with rms speeds vị have an elastic collision such that only one nitrogen atom in one molecule collides with one nitrogen atom in the other molecule in the manner depicted in the figure. Write an equation for the conservation of energy, in terms of r, vị, vf, and w, where vf and w are, respectively, the center-of-mass speed and the angular speed of either molecule after the collision. Express the right side of the equation for the conservation of energy in terms of vf, r, and w. ? Submit Request Answer Part C Write an equation for the conservation of angular momentum, in terms of r, vi, vf, and w, where vf and w are, respectively, the center-of-mass speed and the angular speed of either molecule after the collision. Express the right side of the equation for the conservation of angular momentum in terms of vi, r, and w. ν ΑΣφ ? V; = Submit Request Answer Part D Solve these equations for vf in terms of v; and r. Note that w +0 after the collision. Express your answer in terms of vi and r. ?
We can crudely model a nitrogen molecule as a pair of
small balls, each with the mass of a nitrogen atom,
2.3 x 10-26
length d = 2r = 188 pm.
(Eigure 1)
kg attached by a rigid massless rod with
Figure
1 of 1
Vi
BEFORE
AFTER
Transcribed Image Text:We can crudely model a nitrogen molecule as a pair of small balls, each with the mass of a nitrogen atom, 2.3 x 10-26 length d = 2r = 188 pm. (Eigure 1) kg attached by a rigid massless rod with Figure 1 of 1 Vi BEFORE AFTER
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