the stages pls Modeling the Gherkin 30 St Mary Axe, also known as The Gherkin, is a

the stages pls

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Modeling the Gherkin 30 St Mary Axe, also known as The Gherkin, is a commercial skyscraper in the City of London, London's main financial district. It has a steel frame with circular floor plans and a glass façade. Its unique energy-efficient design has won many awards. The gherkin has just one piece of curved glass, at the centre of the conical top of the building. Task: Create an algebraic model of The Gherkin and use it to write formulae to estimate the surface area, height and volume of The Gherkin and similar buildings Guidelines: • Make a physical model first to understand the construction • Use equilateral triangles in the model Begin with a single story building with a base that is a regular polygon • • Start with specific examples before you . generalise Model the building as a tower with identical stories In this task you will be assessed using the following criteria: • Criterion B: Investigating patterns • Criterion C: Communicating Criterion D: Applying mathematics in real-life contexts Stage 1: Identify the relevant elements - what information do you need to solve this problem? Stage 2: What mathematical strategies will you use to solve the problem? What mathematics do you need to do? What technology will you use to help you? Stage 3: Apply the mathematical strategies you have chosen to find a solution (or multiple solutions) Stage 4: Consider whether the solutions make sense in real-life Stage 5: Consider the accuracy of your solutions -justify the accuracy and explain any reasons why inaccuracy exists. Stage 6: Write your report showing how you solved the problem. You must include the general formulae you have created. Your report must include full reasoning and justification for all your decisions and the final solutions, as well as reflection. Modeling the Gherkin 30 St Mary Axe, also known as The Gherkin, is a commercial skyscraper in the City of London, London's main financial district. It has a steel frame with circular floor plans and a glass façade. Its unique energy-efficient design has won many awards. The gherkin has just one piece of curved glass, at the centre of the conical top of the building. Task: Create an algebraic model of The Gherkin and use it to write formulae to estimate the surface area, height and volume of The Gherkin and similar buildings Guidelines: • Make a physical model first to understand the construction • Use equilateral triangles in the model Begin with a single story building with a base that is a regular polygon • • Start with specific examples before you . generalise Model the building as a tower with identical stories In this task you will be assessed using the following criteria: • Criterion B: Investigating patterns • Criterion C: Communicating Criterion D: Applying mathematics in real-life contexts Stage 1: Identify the relevant elements - what information do you need to solve this problem? Stage 2: What mathematical strategies will you use to solve the problem? What mathematics do you need to do? What technology will you use to help you? Stage 3: Apply the mathematical strategies you have chosen to find a solution (or multiple solutions) Stage 4: Consider whether the solutions make sense in real-life Stage 5: Consider the accuracy of your solutions -justify the accuracy and explain any reasons why inaccuracy exists. Stage 6: Write your report showing how you solved the problem. You must include the general formulae you have created. Your report must include full reasoning and justification for all your decisions and the final solutions, as well as reflection.

Answer rating: 100% (QA)

Stage 1 Identify the Relevant Elements The relevant elements to solve the problem include the height of the building the radius of the base the number ... View the full answer