1. WeekActivitySkills 1 Fashionista Trend-spotting Using data-modelling software to create a range of graphs and sequences to analyse the fashion market. 2 Fashionista Trend-predicting Continuing these sequences and patterns and representing them visually in MS Excel. 3 Fashionista Business Planning Bringing together available information to put together a persuasive fashion business plan. 4 Architectural Refurbishment Solving equations in order to effectively manage weight distribution in a refurbishment. 5 Architectural Refurbishment Completing a range of given refurbishment designs to find the weight of necessary supports by solving equations. 6Listed Buildings I Assigning experimental/theoretical probabilities and relative frequencies to a variety of different situations. 7Listed Buildings II Applying a variety of different types of probabilities to evaluate the likelihood of listed buildings needing to be refurbished. WeekActivitySkills 1 Fashionista Trend-spotting Using data-modelling software to create a range of graphs and sequences to analyse the fashion market. 2 Fashionista Trend-predicting Continuing these sequences and patterns and representing them visually in MS Excel. 3 Fashionista Business Planning Bringing together available information to put together a persuasive fashion business plan. 4 Architectural Refurbishment Solving equations in order to effectively manage weight distribution in a refurbishment. 5 Architectural Refurbishment Completing a range of given refurbishment designs to find the weight of necessary supports by solving equations. 6Listed Buildings I Assigning experimental/theoretical probabilities and relative frequencies to a variety of different situations. 7Listed Buildings II Applying a variety of different types of probabilities to evaluate the likelihood of listed buildings needing to be refurbished.

2. Submit a fashion business plan with reference to current trends presented mathematically. Submit a fashion business plan using both graphs and sequences as evidence. Submit a fashion business plan which predicts profit based on expected sales over 8 weeks. Submit a fashion business plan which accounts for future predictions beyond 8 weeks, giving reasons. (Level 4) (Level 5) (Level 6) (Level 7) Submit a fashion business plan which details a range of items and the reasons for choosing them above others. (Level 8) Submit a fashion business plan with reference to current trends presented mathematically. Submit a fashion business plan using both graphs and sequences as evidence. Submit a fashion business plan which predicts profit based on expected sales over 8 weeks. Submit a fashion business plan which accounts for future predictions beyond 8 weeks, giving reasons. (Level 4) (Level 5) (Level 6) (Level 7) Submit a fashion business plan which details a range of items and the reasons for choosing them above others. (Level 8)

3. Calculate the load capacity of a set of identical pillars using a simple equation e.g. 6x = 30 Calculate the load capacity of a set of identical pillars with one existing pillar, e.g. 3x + 4 = 19. Calculate load capacity of two sets of pillars, e.g. 4x - 2 = 2x + 8. Calculate the load capacity of two different types of pillar using simultaneous equations, e.g. x + y = 7 and 5x + y = 27. (Level 4) (Level 5) (Level 6) (Level 7) Design your own refurbishment problem including all types of equations up to level 7. (Level 8) Calculate the load capacity of a set of identical pillars using a simple equation e.g. 6x = 30 Calculate the load capacity of a set of identical pillars with one existing pillar, e.g. 3x + 4 = 19. Calculate load capacity of two sets of pillars, e.g. 4x - 2 = 2x + 8. Calculate the load capacity of two different types of pillar using simultaneous equations, e.g. x + y = 7 and 5x + y = 27. (Level 4) (Level 5) (Level 6) (Level 7) Design your own refurbishment problem including all types of equations up to level 7. (Level 8)

4. Calculate the load capacity of a set of identical pillars using a simple equation e.g. 6x = 30 Calculate the load capacity of a set of identical pillars with one existing pillar, e.g. 3x + 4 = 19. Calculate load capacity of two sets of pillars, e.g. 4x - 2 = 2x + 8. Calculate the load capacity of two different types of pillar using simultaneous equations, e.g. x + y = 7 and 5x + y = 27. (Level 4) (Level 5) (Level 6) (Level 7) Design your own refurbishment problem including all types of equations up to level 7. (Level 8)

5. MonthGas Bill (£) Jan55 Feb61 Mar53 Apr48 May44 Jun40 Jul34 Aug36 Sep39 Oct51 Nov52 Dec52 WeekItems Sold 15 27 39 412 511 68 76 84 WeekTotal Items Sold 110 221 334 447 559 669 778 888 YearPrice (£) 20090.65 20100.70 20110.85 20120.95 20130.95 20141.00 20151.05 20161.25 YearPrice (£) 19600.02 19650.05 19700.09 19750.15 19800.20 19850.24 19900.28 19950.35 20000.44 20050.54 20100.69 20150.90 YearUK Population 191341,334,400 191838,287,000 193144,937,000 193847,490,000 194649,220,000 196052,372,000 198056,284,000 200059,511,500 201559,949,000 QuarterProfit (£) Q1 (2015) £42,000 Q2 (2015) £48,000 Q3 (2015) £38,000 Q4 (2015) £43,000 Q1 (2016) £49,000 Q2 (2016)

6. WeekItems Sold (Frequency) 11 24 34 48 514 615 716 819 WeekTotal Items Sold (Cumulative Frequency) 1 2 3 4 5 6 7 8 WeekItems Sold (Frequency) 1 2 3 4 5 6 7 8 WeekTotal Items Sold (Cumulative Frequency) 110 223 336 451 561 669 777 882 WeekItems Sold (Frequency) 17 2 3 410 512 6 7 86 WeekTotal Items Sold (Cumulative Frequency) 1 218 334 4 5 665 771 8