A FIUSPIke atom (molar mass 18.9984 g/mol) forms a bond with a very large molecule. In this case, this fluorine atom can be treated as a quantum particle connected to a wall by a spring. The spring force constant k 900 N/m. Which of the following vibrational quantum states (in terms of quantum number v) does have the vibration energy greater than 24942 Joule/mol, corresponding to the thermal energy of 1-mol molecules in an oven at 2000 K. (one, more than one, or no answer) The precision of your calculation is essential to obtain the correct answer(s). a) the quantum state with vibration quantum number v=0 b) the quantum state with vibration quantum number v 1 c) the quantum state with vibration quantum number v 2 a) only Ob) only o only O a) and b) b) and c) 0 and a) a), b) and c) None of the 3 staterments is true.

A FIUSPIke atom (molar mass 18.9984 g/mol) forms a bond with a very large molecule. In this case, this fluorine atom can be treated as a quantum particle connected to a wall by a spring. The spring force constant k 900 N/m. Which of the following vibrational quantum states (in terms of quantum number v) does have the vibration energy greater than 24942 Joule/mol, corresponding to the thermal energy of 1-mol molecules in an oven at 2000 K. (one, more than one, or no answer) The precision of your calculation is essential to obtain the correct answer(s). a) the quantum state with vibration quantum number v=0 b) the quantum state with vibration quantum number v 1 c) the quantum state with vibration quantum number v 2 a) only Ob) only o only O a) and b) b) and c) 0 and a) a), b) and c) None of the 3 staterments is true.

College Physics

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ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

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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Question

A fluorine atom (molar mass = 18.9984 g/mol) forms a bond with a very large molecule. In this case, this fluorine atom can be treated
as a quantum particle connected to a wall by a spring. The spring force constant k = 900 N/m.
Which of the following vibrational quantum states (in terms of quantum number v) does have the vibration energy greater
than 24942 Joule/mol, corresponding to the thermal energy of 1-mol molecules in an oven at 2000 K. (one, more than one, or no
answer) The precision of your calculation is essential to obtain the correct answer(s).
a) the quantum state with vibration quantum number v = 0
b) the quantum state with vibration quantum number v = 1
C) the quantum state with vibration quantum numberv = 2
Oa) only
O b) only
o only
O a) and b)
Ob) and c)
O) and a)
a), b) and c)
None of the 3 staterments is true.

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