Paper 1 Final Grade 11

Last updated over 5 years ago
30 questions
Note from the author:
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1

A labeled image of a bicycle is shown in Figure 1. Which of these bike parts most likely requires the collection of dynamic data rather than static data?

1

Which percentile would be used to calculate the width of a cinema seat?

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Which of the following terms refers to the physical space between two objects?

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Which method of collecting physiological factor data is the most appropriate when asking users to rate the comfort levels of different beds?

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Internet-ready televisions allow access to a number of services including film and television content, internet browsing, social media, cloud photo, and file storage, and a host of other apps, see Figure 2.What is an internet-ready television an example of?

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If waste created from an obsolete product is used as a resource again and again in a closed loop system, which waste mitigation strategy is this an example of?

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Which of the following are considered when carrying out a life cycle analysis (LCA)? 1. Utilization 2. Disposal 3. Amount of labour

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Resources that can be identified in terms of quantity and quality are known as...

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Which of the following are drivers for cleaning up manufacturing? 1. Promoting positive impacts 2. Reducing wastage of energy 3. Desire to make money

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What type of batteries are used in cell/mobile phones?

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Figure 3 shows people in a museum. By interacting with the exhibit they are able to understand how the image displayed on the screen feels.

Which technology enables people to understand what the image feels like through their sense of touch?

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Which of the following modelling techniques would most likely be used to understand how well a new concept functions?

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Which of the following would enable a designer to understand the structural forces acting on a bridge support?

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The aircraft canopy of the fighter jet in Figure 4 allows the pilot to see out while flying. It is made from a thick polycarbonate which can absorb the impact of any debris.

What mechanical property does this demonstrate?

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Sunglasses can be made using a smart material that, if deformed, will return to its original shape through the application of heat. What smart material is this describing?

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Which of the following raw materials can be used to make plastics and bioplastics? I. Plant fibres (cellulose) II. Crude oil III. Petrol

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Basketball shoes can be designed by individual customers to personalize the colour and style. What scale of production is this an example of?

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Grain size of metals can be controlled and modified by the rate at which metal is allowed to cool and solidify. What will the characteristics of the grains be if the metal is rapidly cooled?

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Using sandpaper/glasspaper to smooth the surface of a piece of wood is an example of...

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Which textile manufacturing process uses multiple loops of yarn called stitches to create items of clothing?

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Figure 5 shows a Shared Docs file. Instead of each user having to work on separate files, Shared Docs allows the three different collaborators to work on a single file.Which category of innovation is used in Shared Docs to allow collaboration with other people?

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Which strategy for protecting intellectual property applies to words or symbols used to represent a company?

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Which of Rogers’ categories of consumers best describes the group who are the first to adopt new technology, even if it is yet to be proven successful?

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Figure 6 shows the Ford Mustang, which was first manufactured in 1965 is still being manufactured in 2019. The engineers of the new car have designed the sound of the engine to replicate the original model. What is this an example of?

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What type of design contains features that are recognized as essential by a majority of manufacturers and purchasers?

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Which of the following processes, commonly used in video games and animated movies, uses magnetic markers or LEDs to create a digital image of a person?

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Questions 27 – 30 relate to the following case study. Please read the case study carefully and answer the questions.
Puma’s new shoe packaging changes the idea of the shoebox by wrapping footwear in a simple cardboard structure held in place by a reusable bag.
Puma’s new design of shoebox is known as “Clever Little Bag” and was designed by a company led by designer Yves Béhar, see Figure 7.

Clever Little Bag contains 65 % less cardboard, by using a bag made of recycled plastic as the outer layer that holds the inner cardboard structure and has no top/lid.
The bag’s handles slip through a hole at one end of the inner box, securing the bag to the cardboard and providing a plastic bag-free way to carry the shoes.
Due to using 8500 fewer tons of paper, and the new packaging’s lighter weight, Puma expects to cut carbon dioxide emissions by 10 000 tons per year and water, energy and diesel use by 60 %. That works out to 1 million liters of water, 20 million megajoules of electricity, 1 million liters of fuel oil, and 500 000 liters of diesel, see Figure 8.

The Clever Little Bag is designed in a way where there is no need for the top of the box to hold in the shoes. Which waste mitigation strategy is this an example of?

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Which modeling technique would the designer use to test whether the cardboard insert can be
removed from the plastic sleeve easily?


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The Clever Little Bag is sent to retailers as a flat pack for assembly using slots and tabs. Which joining technique is this an example of?

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Which of the following was most likely a driver for invention for the Clever Little Bag?