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此套试卷由25道选择题以及3道大题组成
每道大题含有不同数量的小题
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Data:
Speed of light c =3.00 × 108m/s
Gravitational constant G =6.67 × 10?11N · m2kg2
Acceleration due to gravity g =9.81m/s2
Normal atmospheric pressure P0 =1.01 × 105Pa
Density of fresh water ρ =1.00 × 103kg/m3
Speci?c heat of water Cw = 4186J/(kg · K)
Speci?c heat of ice Ci = 2050J/(kg · K)
Latent heat of water Lw = 2260kJ/kg
Latent heat of ice Li = 334kJ/kg
Density of ice ρi = 916kg/m3
Fundamental charge e =1.60 × 10?19C
Mass of electron me =9.11 × 10?31kg
Mass of proton mp =1.67 × 10?27kg
Planck’s constant h =6.63 × 10?34Js
Electrostatic constant k =8.99 × 109N · m2/C2
Boltzmann’s constant kB =1.38 × 10?23J/K
A.U. Astronomical Unit = 1.49598 ×1011m: The approx-imate distance from the Sun to the Earth.
Radius of the Earth RE =6.371 × 106m
Radius of the Sun RS =6.96 × 108m
Stefan’s constant σ =5.6704 × 10?8W/(m· K4)
H2 Molar mass 2.016g/mol
O2 Molar mass 31.998g/mol
N2 Molar mass 28.013g/mol
Mass of the Earth 5.97 × 1024kg
Mass of the Sun 1.99 × 1030kg
1) On a dry day you comb your hair. Afterwards you notice that bringing the comb close to small bits of pa-per attracts the paper, causing it to jump o? the table towards the comb. The correct explanation for this phe-nomena involves:
2) It takes a ray of light roughly 2.5 million years to travel from our galaxy to the Andromeda galaxy. In a new sci-ence ?ction ?lm, travelers aboard a spaceship reach the Andromeda galaxy by traveling at high speed. The trav-elers get about 15 years older during the journey. Which of the following statements is true?
Figure 1
3) Electrophorus electricus, commonly known as the elec-tric eel, is capable of producing an 860 volt di?erence between its head and tail. When using this ability to stun prey, the electric eel will sometimes form a U shape as shown in Fig. 1. This has the e?ect that the eel’s prey is more likely to be stunned. Why is this?
4) The creatures of flatland inhabit a 2-dimensional world. Square, a man of good standing in flatland, holds a hot candle which emits light of intensity 36 Watts. 3 metres away, a detector feels:
5) A tennis ball rolls along a rough surface. Initially the ball has a speed v. After a distance d the speed has been reduced to v=2. What total distance will the tennis ball travel? Assume that the rough surface applies a constant force to the tennis ball.
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