Chapter 3: Further Mechanics 1: Elastic Strings and Springs

A-level Further MathsFurther Mechanics 1 & 23 topicsHigher

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Further Mechanics 1: Elastic Strings and Springs: Edexcel Further Maths Optional Long-Answer Questions

Examiner-style long-answer practice with automatic marking, improvement advice and ProofCoach tracking.

4 questions32 marks64 min

standard / hard / synoptic

8 marksfindstandardEdexcel

FM03-1 Find the required result for Further Mechanics 1: Elastic Strings and Springs. Given An elastic string has natural length 1.2 m and modulus 18 N. It is extended to 1.5 m by a particle of mass 0.8 kg. Use use Hooke's law and elastic potential energy. (8 marks)

Define the variables, diagram labels, distribution parameters or algorithm table columns needed.
Substitute the concrete values from the question before simplifying.
Show the intermediate line that earns the main method mark.
Complete the calculation, table trace or proof and state the final result.

0 characters

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8 marksshow thathardEdexcel

FM03-2 Show that tension is 18(0.3/1.2) = 4.5 N for Further Mechanics 1: Elastic Strings and Springs. Start from An elastic string has natural length 1.2 m and modulus 18 N. It is extended to 1.5 m by a particle of mass 0.8 kg. (8 marks)

Define the variables, diagram labels, distribution parameters or algorithm table columns needed.
Substitute the concrete values from the question before simplifying.
Show the intermediate line that earns the main method mark.
Complete the calculation, table trace or proof and state the final result.

0 characters

Write your answer first, then mark it.

8 marksdeterminehardEdexcel

FM03-3 Determine the requested value in this structured Further Mechanics 1: Elastic Strings and Springs problem: find the elastic potential energy stored. Use the same data: An elastic string has natural length 1.2 m and modulus 18 N. It is extended to 1.5 m by a particle of mass 0.8 kg. (8 marks)

Define the variables, diagram labels, distribution parameters or algorithm table columns needed.
Substitute the concrete values from the question before simplifying.
Show the intermediate line that earns the main method mark.
Complete the calculation, table trace or proof and state the final result.

0 characters

Write your answer first, then mark it.

8 markshencesynopticEdexcel

FM03-4 Hence use the result tension is 18(0.3/1.2) = 4.5 N to complete the extension for Further Mechanics 1: Elastic Strings and Springs: find the elastic potential energy stored. (8 marks)

Define the variables, diagram labels, distribution parameters or algorithm table columns needed.
Substitute the concrete values from the question before simplifying.
Show the intermediate line that earns the main method mark.
Complete the calculation, table trace or proof and state the final result.

0 characters

Write your answer first, then mark it.

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2. Further Mechanics 1: Work, Energy and Power

4. Further Mechanics 1: Elastic Collisions in One Dimension

Key learning objectives

Understand the key principles behind Further Mechanics 1: Elastic Strings and Springs.
Apply these ideas to exam-style questions.
Recall the essential definitions and key terms.