0625_s24_qp_21

In which row are quantities correctly categorised into scalar quantities and vector quantities? scalar quantities vector quantities

Which name is given to the quantity of matter in an object?

A body is moved from place X to place Y where the gravitational field strength is different. What happens to its mass and to its weight due to the move? mass weight

The mass of an object is 2.5 kg. The volume of the object is 480 cm3. What is the density of the object?

.2  10–3 g / cm3

A ball of mass m falls vertically and hits a hard surface. Its speed on hitting the surface is v1. It rebounds vertically upwards with speed v2. What is the change in momentum of the ball?

A stone is dropped from a tall tower and falls a distance of 50 m to the ground. The stone has a mass of 3.0 kg. At which speed does the stone hit the ground?

A coal-fired power station generates electricity. Coal is burned and the energy released is used to boil water. The steam from the water makes the generator move and this produces electricity. Which row gives the name of the energy store in the coal and the energy store of the moving generator? coal generator

A man puts some ice into a glass of water on a warm day. After a short time, he notices that the ice disappears and that water droplets appear on the outside of the glass. ice droplets of water Which two changes of state are taking place?

Gas of volume 200 cm3 is trapped inside a container by a piston. The piston is pushed to the right and the volume of the gas decreases to 100 cm3. The temperature of the gas remains constant. piston container trapped gas Which row states the effect that this has on the kinetic energy of the gas particles and the force per unit area exerted by the particles colliding with the inside walls of the container? kinetic energy force per unit area

Which graph shows the relationship between the pressure and volume of a fixed mass of gas at constant temperature? pressure volume

During evaporation of a liquid, the most energetic particles escape. The temperature of the remaining liquid changes. Which row identifies where these particles escape from and describes the temperature change? place from which the particles escape temperature of remaining liquid

Wet clothes are put out on a line to allow the water in the clothes to evaporate. Which type of weather would cause the water to evaporate most quickly?

A solar water heater is designed to absorb energy from sunlight. Which surface texture and colour would be best for the solar water heater?

Which statement about waves is correct?

The angle of incidence of a ray of light incident on a plane mirror is gradually increased. To the nearest degree, what is the maximum possible angle between the incident and reflected rays?

Which conditions are necessary for light to be totally internally reflected? incident light angle of incidence

The diagram shows a ray of light passing from air into a transparent substance. 30.0
40.0
air transparent substance What is the refractive index of the transparent substance?

The diagram shows a ray of light in an optical fibre. Which statement correctly explains the condition for the maximum transmission of light by the optical fibre?

Which region of the electromagnetic spectrum is used for detecting fake bank notes?

A sound wave travels at 330 m / s. The distance between the centre of a compression and the centre of the nearest rarefaction in the sound wave is 2.5 cm. What is the frequency of the sound wave?

Which waves are used in the medical scanning of soft tissue?

Which row describes suitable materials for use in a temporary magnet and in a permanent magnet? temporary magnet permanent magnet

A magnetic field is represented in the diagram by magnetic field lines. At which point is the magnetic field strongest?

A student determines the resistance of resistor R. She uses a circuit including a voltmeter and an ammeter. Which circuit does she use?

A diode and a resistor are connected across a variable d.c. supply. Terminal X is initially positive and at a maximum value. The potential difference (p.d.) across XY is adjusted so that it changes, as shown by the graph. X Y p.d. across XY time Which graph shows how the current in the circuit (from X to Y) varies during the same time interval?

When a conductor in a complete circuit cuts across a magnetic field, a current is induced in the conductor. Which statement about the induced current is correct?

The diagram shows a solenoid carrying an electric current. X Y Z X Y Z Which row compares the strength of the magnetic field due to the solenoid at points Y and Z with the strength of the magnetic field at point X? magnetic field strength at Y magnetic field strength at Z

A conducting wire is placed between the poles of a magnet. When an electric current in the wire is in the direction shown, then the force on the wire acts out of the page. N S wire Three statements of different conditions and how the wire is affected are given. When the current is towards the top of the page and the direction of the magnetic field is unchanged, the force produced acts into the page. When the current is towards the bottom of the page and the magnetic field is reversed, the force produced acts into the page. When the current in the wire is alternating, the wire vibrates into and out of the page. Which statements are correct?

Which types of electric current are in the primary coil and the secondary coil of a step-up transformer? primary coil secondary coil

A scientist fires alpha-particles at a very thin sheet of gold and detects the particles that pass through. Which statement about the results of the scattering experiment is correct?

The notation represents the nucleus of a gold atom. 197Au The relative charge on a proton is +1. What is the relative charge on the gold nucleus?

An isotope of hydrogen has the nuclide notation H. How many neutrons are in the nucleus of this isotope and what is the relative charge on the nucleus? number of neutrons relative charge

A radioactive source is placed near a detector. The radiation arriving at the detector from the source is measured for 10 minutes with different materials placed between the source and the detector. materials placed here detector radioactive source material between source and detector radiation detected / counts none 5626 sheet of paper 5629 thick sheet of aluminium 2226 thick sheet of lead 255 Which types of radiation are emitted by the source?

The reading on a detector placed near a radioactive material is 536 counts per second. The background count rate is 44 counts per second. The half-life of the radioactive material is 34 hours. What is the reading on the detector after 68 hours?

A planet in the Solar System is at the point in its orbit where it is closest to the Sun. Which row is correct? orbital speed energy in gravitational potential store

What is the main process that powers the Sun?

A galaxy is 3.0  1020 km from the Earth. At which speed is the galaxy moving away from the Earth?

An astronomer observes a distant galaxy. The table shows how the distance and the speed of recession of the galaxy are determined. Which row is correct? distance speed of recession