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6. (a) What is meant by the term design mix? (2) (b) (i) Identify the level (in kgs) of the buffer stock held by Elvis & Kresse during December 2012 - Edexcel - GCSE Business - Question 6 - 2015 - Paper 1

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6.-(a)-What-is-meant-by-the-term-design-mix?----(2)----(b)-(i)-Identify-the-level-(in-kgs)-of-the-buffer-stock-held-by-Elvis-&-Kresse-during-December-2012-Edexcel-GCSE Business-Question 6-2015-Paper 1.png

6. (a) What is meant by the term design mix? (2) (b) (i) Identify the level (in kgs) of the buffer stock held by Elvis & Kresse during December 2012. (ii) C... show full transcript

Worked Solution & Example Answer:6. (a) What is meant by the term design mix? (2) (b) (i) Identify the level (in kgs) of the buffer stock held by Elvis & Kresse during December 2012 - Edexcel - GCSE Business - Question 6 - 2015 - Paper 1

Step 1

What is meant by the term design mix?

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Answer

The term 'design mix' refers to the combination of factors that influence the design of a product, primarily focusing on function, cost, and appearance. It is essential for businesses, such as Elvis & Kresse, to strike a balance between these elements to meet consumer expectations while also managing production costs and ensuring aesthetic appeal. The design mix impacts customer satisfaction and the overall marketability of the product.

Step 2

Identify the level (in kgs) of the buffer stock held by Elvis & Kresse during December 2012.

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Answer

The buffer stock held by Elvis & Kresse during December 2012 is identified as 20 kgs.

Step 3

Calculate the weight (in kgs) of delivery A. Show your workings.

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Answer

To calculate the weight of delivery A, we can derive it from the stock level as follows:

  • The stock level before delivery A was 120 kgs.
  • After delivery A, the stock level reached 100 kgs.
  • Therefore, the weight of delivery A can be calculated as:

Weight of delivery A = Initial stock level before delivery - Remaining stock after delivery
Weight of delivery A = 120 kgs - 20 kgs
Weight of delivery A = 100 kgs.

Thus, the weight of delivery A is 100 kgs.

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