
翰林國際教育全網首發
力爭超快速發布最全資料
助你在升學路上一帆風順
為你
千千萬萬遍
共計3小時考試時間
此套試卷由24道選擇題以及3道大題組成
每道大題含有不同數量的小題
完整版下載鏈接見文末
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
Avogadro’s number NA =6.02 × 1023 mol?1
Part A: Multiple Choice
1)A grandfather clock measures time by counting the num-ber of oscillations of a small-angle pendulum. You take a grandfather clock that gives the correct time at sea level (where g =9.81 m/s2) up a mountain and notice that after two days it is running ?ve minutes behind. What is the value of the gravitational acceleration up that mountain?
2)The Hubble space telescope, having a mass of 11 110 kg, is in low-Earth orbit with a semi-major axis of 6 924 km. What is its orbital period?
3)A 75 kg person gets in an elevator. How much more power must the elevator’s motor supply if the elevator is to go up at the same constant speed of 0.5 m/s as it goes up when empty?
4)A 2 kg ball is initially stationary on a ?at, frictionless surface. It is then hit by a 0.25 kg piece of putty travel-ing at 25 m/s. After the collision, the putty sticks to the ball. At what speed will the putty-covered ball travel?
5)You are holding a bottle of pop in your hands on a bus. The bubbles in the pop are going straight up. Suddenly, the bus brakes hard to avoid a road hazard. How is the motion of the bubbles in the pop a?ected?
完整版真題資料可以底部二維碼免費領取↓↓↓
[vc_btn title="查看更多CAP Prize Exam加拿大物理奧林匹克學術活動相關詳情" color="primary" align="center" i_icon_fontawesome="fa fa-globe" css_animation="zoomIn" button_block="true" add_icon="true" link="url:http%3A%2F%2Fwww.linstitute.net%2Farchives%2F92551||target:%20_blank|"]
[products columns="2" orderby="title" order="ASC" ids="310579,310582 "]

? 2025. All Rights Reserved. 滬ICP備2023009024號-1