Daily Practice · GCSE Science
May 1966 5-a-day
Every sheet in May 1966
The same date always regenerates the same five questions, so a sheet you print today is the sheet a classmate prints tomorrow.
- 1st May 1966Name the catalyst used when an alkene reacts with hydrogen to form an alkane.
- 2nd May 1966Name the two gases released in large amounts by volcanic activity that formed most of the Earth's early atmosphere.
- 3rd May 1966Name the energy store associated with a moving car.
- 4th May 1966State the potential difference and frequency of the UK mains supply.
- 5th May 1966What did Bohr add to the nuclear model?
- 6th May 1966A force of 40 N is applied 0.25 m from a pivot. Calculate the moment.
- 7th May 1966A rectangular coil carrying a current is placed in a magnetic field, with its two long sides parallel to each other. Explain why the coil rotates rather than moving in a straight line.
- 8th May 1966Why must the same volume of solution be used in every tube in an enzyme investigation?
- 9th May 1966State the type of large biological molecule that all enzymes are made from.
- 10th May 1966Describe the symptoms of rose black spot and its effect on the plant.
- 11th May 1966Define homeostasis.
- 12th May 1966Give one example of variation that is caused purely by the environment rather than by genes.
- 13th May 1966A sample contains 90% of an isotope with mass number 10 and 10% of an isotope with mass number 11. Calculate the relative atomic mass, to 1 decimal place.
- 14th May 1966Why did Mendeleev leave gaps in his table?
- 15th May 1966Calculate the mass of 0.25 mol of sodium hydroxide, NaOH. (Na = 23, O = 16, H = 1)
- 16th May 1966Using the values in the previous question, calculate the overall energy change for the reaction.
- 17th May 1966In the Haber process, state the effect of removing some ammonia from the equilibrium mixture as it forms on the position of equilibrium.
- 18th May 1966State the flame test colour for sodium ions.
- 19th May 1966Calculate the gravitational potential energy gained by a 60 kg person climbing 5 m. (g = 9.8 N/kg)
- 20th May 1966A resistor of resistance 15 ohm is connected to a 6.0 V supply. Calculate the current flowing through it. Use V = I x R.
- 21st May 1966A gas at 200 kPa occupies 3.0 cubic metres. It is compressed to 1.5 cubic metres at constant temperature. Calculate the new pressure.
- 22nd May 1966A runner completes a 400 m race in 52 s. Calculate her average speed, giving your answer to 3 significant figures.
- 23rd May 1966Name the type of electromagnetic wave used by a television remote control.
- 24th May 1966Explain why a satellite moving in a stable circular orbit has a changing velocity even though its speed stays constant.
- 25th May 1966State three functions of mitosis.
- 26th May 1966What happens to guard cells when a plant is short of water?
- 27th May 1966Write the word equation for photosynthesis.
- 28th May 1966Explain, using the idea of natural selection, why a population of insects can become resistant to a pesticide over time.
- 29th May 1966State one method used to try to maintain biodiversity.
- 30th May 1966Explain, using the reactivity series, why attaching blocks of zinc to the hull of a steel ship helps prevent the steel from rusting.
- 31st May 1966Why is graphite soft and slippery?