课程名称︰普通化学丙
课程性质︰必修
课程教师︰周必泰
开课学院：医学院/电资学院
开课系所︰医学系/牙医学系/电机系
考试日期（年月日）︰2017/10/18
考试时限（分钟）：30
试题 :
General Chemistry 普通化学丙 Quiz 1 10/18 (100 points)
1. Provide three experiments done around end of nineteen century (or beginning
of twenty century), the results of which could not explained by Newton type
of classical mechanics (10)
2. (a) Define Fermion and boson (5)
(b) Based on the definition of Fermion to explain Pauli Exclusion Principle
(5)
3. Briefly derive the energy-time related Heisenberg uncertainty principle
_ _
△E△t ≧ h / 2 from the position-momentum relationship △x△p ≧ h / 2 ,
where △E, △t, △x and △p are uncertainty in energy, time, position and
momentum, respectively. (10)
4. Write down two required condition for achieving the quantized energy for a
motion of particle. (10)
5. An organic molecule absorbs radiation that has a wavelength of 500 nm.
What is the energy of this radiation in terms of kcal/mol and eV?
(1 cal = 4.18 J, h = 6.626 ×10^(-34), 1e = 1.6 ×10^(-19) C) (10)
6. Write down the orbital (n, l, ml and symbol) that corresponds to the
following wavefunctions. (10)
√2 Z
(a)Ψ= ──────｛(───)^(3/2)｝(6σ-σ^2) e^(-σ/3) sinθcosφ
81√(π) a0
1 Z
(b)Ψ= ──────｛(───)^(3/2)｝(27-18σ+2σ^2) e^(-σ/3)
81√(3π) a0
7. (a) Write down (both symbol and full name in English) for elements with
atomic number from 1-10 (20).
(b) Give full name in English for the following elements
Ir, Ru, W, Hg, Pt (20)