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Becoming an Author · Summer Term

Brainstorming Story Ideas

Students will generate ideas for characters, settings, and simple plots for their own stories.

Key Questions

  1. Analyze what makes a character interesting.
  2. Compare different ideas for a story's beginning.
  3. Construct a list of exciting ideas for a new story.

National Curriculum Attainment Targets

KS1: English - Writing (Composition)
Year: Year 1
Subject: English
Unit: Becoming an Author
Period: Summer Term

About This Topic

Asking and testing is the heart of 'Working Scientifically'. In Year 1, this involves encouraging pupils to ask simple questions and recognize that they can be answered in different ways. They learn to perform simple tests and use their observations to suggest answers. This is a foundational skill that applies to all areas of the science curriculum.

Students move from 'I wonder...' to 'How can I find out?'. They learn about 'fairness' in a very basic sense, for example, if we are testing which ball bounces highest, we must drop them from the same height. This topic comes alive when students can physically model the patterns of a fair test through trial and error.

Active Learning Ideas

Watch Out for These Misconceptions

Common MisconceptionStudents often think an experiment is 'wrong' if their prediction didn't happen.

What to Teach Instead

Teach that a 'surprise' result is actually the most exciting part of science! Peer discussion about 'why' the result was different helps them value the process over the 'correct' answer.

Common MisconceptionChildren may try to change multiple things at once in a test.

What to Teach Instead

Use the 'One Change Rule'. If we change the ball, we must keep the height the same. Physical 'checklists' during the activity help them stay focused on one variable.

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Frequently Asked Questions

What kind of questions should Year 1 students be asking?
Encourage 'What happens if...?' and 'Which is the most...?' questions. These are usually testable through direct observation or simple measurement, which is perfect for this age group.
How do I explain a 'fair test' to a 5-year-old?
Use the idea of a race. If one person starts further forward, it's not fair. Science is the same, we have to give every material or object the same 'starting chance' so we can see which one is truly the best.
What if we don't have enough equipment for everyone to test?
Use 'Station Rotations'. One group tests, while another records, and another predicts. This keeps everyone active and uses fewer resources.
How can active learning help students understand asking and testing?
Active learning, like the 'Fair Test Referee', allows students to spot errors in real-time. By critiquing a live 'unfair' test, they develop a much deeper understanding of variables than they would by simply reading a definition of a fair test.

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