Courses
Past Papers
Log In
Sign Up
Past Papers
Courses
Collegeboard AP
IB DP
Cambridge IGCSE
AS & A Level
IB MYP 1-3
IB MYP 4-5
/
AS & A Level
/
Physics - 9702
/
9702-41-Winter-2011
/
Q2
Q2:
AS & A Level Physics - 9702 Paper 4 2011 Winter Zone 1
0
0
Share
Share
Page Link
https://www.sparkl.me/past-papers/as-a-level/physics-9702/as-a-level-physics-9702-paper-4-2011-winter-zone-1/question/7252-106777
Copy
Share via
Whatsapp
Facebook
Previous
Next
Check your Answer
Questions:
2/11
Topic: CH10 - IDEAL GASES
View Solution
Solution
PRACTISE
Similar Questions
LEARN
Concepts with Sparky
More Questions from this Topic
Theory
CH10 - IDEAL GASES
(a) (i) State what is meant by the Avogadro constant. [1] (ii) State the relationship between the Avogadro constant $N_A$, the molar gas...
2024
Winter
3
Theory
CH10 - IDEAL GASES
(a) State three of the basic assumptions of the kinetic theory of gases. [3] (b) Explain how molecular movement causes the pressure exert...
2024
Winter
3
Theory
CH10 - IDEAL GASES
(a) (i) State what is meant by the Avogadro constant. [1] (ii) State the relationship between the Avogadro constant $N_A$, the molar gas ...
2024
Winter
3
Theory
CH10 - IDEAL GASES
(a) (i) State what is meant by an ideal gas. [2] (ii) Use one of the basic assumptions of the kinetic theory to explain what can be...
2024
Summer
4
Theory
CH10 - IDEAL GASES
(a) With reference to thermal energy, state what is meant by two objects being in thermal equilibrium. (b) Two cylinders X and Y each contain a sampl...
2024
Summer
8
Theory
CH10 - IDEAL GASES
(a) State what is meant by the internal energy of a system. [2] (b) With reference to molecular kinetic and potential energies, describe ...
2024
Summer
5
Theory
CH10 - IDEAL GASES
(a) (i) State what is meant by an ideal gas. [2] (ii) Use one of the basic assumptions of the kinetic theory to explain what can be deduc...
2024
Summer
5
Theory
CH10 - IDEAL GASES
(a) Define specific heat capacity. (b) An ideal gas of mass 0.35 kg is heated at a constant pressure of $2.0 \times 10^5$ Pa so that its internal ene...
2023
Winter
4
Theory
CH10 - IDEAL GASES
(a) The product $pV$ for an ideal gas is given by $pV = \frac{1}{3}Nm\langle c^2 \rangle$ where $p$ is the pressure of the gas and $V$ is the volume...
2023
Winter
3
Theory
CH10 - IDEAL GASES
(a) (i) State what is meant by an ideal gas. [2] (ii) State the temperature, in degrees Celsius, of absolute zero. [1] (b) A...
2023
Summer
6
More Questions from year 2011
Theory
CH2 - MEASUREMENT TECHNIQUES
Measurements made for a sample of metal wire are shown in Fig. 1.1. Fig. 1.1 (a) State the appropriate instruments used to make each of these meas...
2011
Summer
2
Theory
Kinetic Energy
(a) Explain what is meant by work done. [1] (b) A car is travelling along a road that has a uniform downhill gradient, as shown in Fig. 2.1. ...
2011
Summer
3
Theory
CH5 - FORCES, DENSITY & PRESSURE
(a) Explain what is meant by centre of gravity. (b) Define moment of a force. (c) A student is being weighed. The student, of weight $W$, stands 0.3...
2011
Summer
3
Theory
CH9 - DEFORMATION OF SOLIDS
(a) Define, for a wire, (i) stress, [1] (ii) strain. [1] (b) A wire of length 1.70 m hangs vertically from a fixed point,...
2011
Summer
3
Theory
CH20 - D.C. CIRCUITS
(a) A variable resistor is used to control the current in a circuit, as shown in Fig. 5.1. The variable resistor is connected in series with a 12V po...
2011
Summer
1
Theory
CH5 - FORCES, DENSITY & PRESSURE
(a) State two assumptions of the simple kinetic model of a gas. [2] (b) Use the kinetic model of gases and Newton's laws of motion to exp...
2011
Summer
3
Theory
CH15 - SUPERPOSITION
(a) Explain the term interference. [1] (b) A ripple tank is used to demonstrate interference between water waves. Describe (i) the appa...
2011
Summer
2
Theory
CH1 - PHYSICAL QUANTITIES & UNITS
(a) Distinguish between scalar quantities and vector quantities. [2] (b) In the following list, underline all the scalar quantities. accelerati...
2011
Summer
4
Theory
CH1 - PHYSICAL QUANTITIES & UNITS
(a) A sphere of radius $R$ is moving through a fluid with constant speed $v$. There is a frictional force $F$ acting on the sphere, which is given by ...
2011
Summer
2
Theory
Potential Energy
(a) (i) Explain what is meant by work done. [1] (ii) Define power. [1] (b) Fig. 3.1 shows part of a fairground ride with a carriage on rai...
2011
Summer
2