Year 5 Science: Free Printable Earth and Space Worksheets With Answers

Year 5 pupils explore some of the biggest questions in science: why the Sun appears to move across the sky, how the Earth and Moon travel through space, and why we experience day and night. Printable Earth and Space worksheets can help children organise these ideas, practise scientific vocabulary and check what they understand. With a mixture of diagrams, short questions and answer sheets, they are useful for classroom lessons, homework or revision at home.

The UK National Curriculum for science in England places Earth and Space in Year 5. Children should learn about the movement of the Earth and other planets relative to the Sun, and the movement of the Moon relative to the Earth. They should also describe the Sun, Earth and Moon as approximately spherical bodies, and use this knowledge to explain the apparent movement of the Sun across the sky. Worksheets work best when they support these ideas rather than asking children to memorise facts in isolation.

What children learn in Year 5

Pupils begin to understand the Solar System as a group of bodies with the Sun at its centre. The planets orbit the Sun, while the Moon orbits the Earth. Children should be able to name the planets in order from the Sun: Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus and Neptune. A mnemonic can help with recall, but it is important that pupils also understand what the order represents.

The curriculum asks pupils to recognise that the Sun, Earth and Moon are approximately spherical. This can be surprising to children who have mainly seen flat diagrams or pictures. Comparing a globe, ball and torch can help them think about shape and light. A worksheet that asks pupils to label a simple Solar System diagram or explain why a sphere is a suitable model gives them a chance to connect vocabulary with a visual representation.

Day and night are another central learning point. The Earth rotates on its axis once roughly every 24 hours. The side facing the Sun experiences daytime, while the side facing away experiences night. The Sun appears to travel across the sky, but this apparent movement is caused by the Earth’s rotation. Children often say that the Sun “moves around the Earth”, so discussion and modelling are valuable before they complete written questions.

How worksheets can support understanding

A well-designed worksheet offers more than a list of questions. Labelling activities help pupils become familiar with terms such as orbit, rotate, axis and planet. Sequencing tasks can check whether they know the order of the planets. Short-answer questions encourage them to explain ideas in their own words, while diagrams can reveal misunderstandings that are harder to spot in a multiple-choice quiz.

Look for printable worksheets that include clear instructions, age-appropriate language and space for children to show their thinking. A range of question types can keep practice purposeful: for example, matching key words to definitions, interpreting a diagram, completing sentences and writing a brief explanation. Answer sheets are especially useful for independent practice, but encourage children to attempt each question before checking the answers. If an answer is wrong, ask them to explain what they thought and revisit the model or lesson together.

Worksheets should not replace practical investigation. They are most effective after children have handled models, talked through an idea or observed a pattern. A short activity followed by a worksheet can help pupils move from doing and discussing to recording and explaining.

Simple activities to try at home or in class

To model day and night, use a globe or ball to represent the Earth and a lamp to represent the Sun. Keep the lamp still and slowly rotate the globe. Ask the child to identify which part is in daylight and which is in darkness. Place a small sticker on the globe to represent where you live, then turn the globe and watch when the sticker moves into light. This helps show that the Earth’s rotation causes the cycle of day and night.

A torch and a ball can also help children explore shadows. Shine the torch from one position and notice where the shadow falls. Move the torch around the ball and discuss how the light direction changes. This is a useful model, but make clear that the torch represents sunlight and that models simplify real space. The Sun is much larger than the Earth and far away; classroom objects are not to scale.

For planet order, invite pupils to arrange planet name cards from the Sun outwards before completing a sequencing worksheet. Ask them to explain how they know which planet comes next, rather than relying only on a remembered phrase. Children can also draw a simple Solar System diagram, adding arrows to show the planets’ paths around the Sun. Emphasise that the planets orbit in space and are not arranged in a straight line as they may appear in some illustrations.

Common misconceptions to address

Children may think that the Sun goes around the Earth each day because that is what it appears to do from where we stand. Repeating the globe-and-lamp model, while linking it to what they observe outside, helps distinguish appearance from cause. Ask, “What is moving in our model?” and “What do we see from the place marked on the globe?” These questions encourage reasoning rather than simple recall.

Another common misconception is that the Moon is a planet or that it produces its own light. At this stage, pupils should know that the Moon moves around the Earth and is not a planet in the Solar System. You can explain that it appears bright because sunlight reflects from its surface. Keep the explanation brief and suited to the child’s level; the main Year 5 focus is understanding the Moon’s movement relative to the Earth.

Diagrams can also give the impression that planets are evenly spaced or shown at their true sizes. Explain that pictures are often simplified so that all the planets can be seen. This helps pupils use diagrams thoughtfully and understand that a model is helpful without being an exact copy of reality.

Making revision manageable

Short, regular practice is generally more effective than trying to cover everything in one sitting. A five-minute planet-order quiz, a labelled diagram or one written explanation can help children revisit learning without making revision feel overwhelming. Use worksheets to identify which ideas need more attention. If a pupil can name the planets but struggles to explain day and night, spend time modelling rotation before giving another set of recall questions.

Encourage children to use scientific vocabulary accurately. They might first explain an idea in everyday language, then improve it using words such as “rotate” and “orbit”. For example, “The Earth spins” can become “The Earth rotates on its axis.” This builds confidence with the language expected in Key Stage 2 science and helps pupils give clearer written answers.

For parents, it is helpful to ask open questions rather than immediately correcting every response. “How could we show that with the ball?” or “What would someone on the other side of the Earth be experiencing?” prompts children to think aloud. Teachers can use the same questions during paired discussion before pupils work independently.

Using printable worksheets with answers

Free printable Earth and Space worksheets with answers can provide a convenient way to practise curriculum knowledge at home or in school. Choose activities that match what the child has already been taught, and use the answers as a guide for discussion rather than just a mark scheme. Where an answer is partly correct, recognise what the child understands and help them refine the explanation.

The most useful practice combines accurate diagrams, hands-on models, talk and written work. When children can describe the order of the planets, explain that the Earth rotates to cause day and night, and identify the Moon’s movement around the Earth, they are building a strong foundation in Year 5 science. Choose a worksheet, try a simple model together, and finish by asking the child to explain one idea in their own words.