Can you write it in python code INPUT:All integer, no validation or ranges needed.Although the user can enter whatever numbers they wish, consider a more'realistic' scenario for input, e.g.,1. Input production cost (the cost to management of setting up the play)Keep is sensible – maximum of £5000 maybe – but no validation needed;Keep it sensible – is a production costs of £100 realistic?2. Input the price of one seat in band-A(band-A price is double band-B price)3. Input the price of one seat in band-B(band-B is half the price of band-A price)Keep band-A and band-B seat prices sensible:Maybe keep them below £100 but no validation neededPROCESS:Part-1: Full house: All seats sold – no empty seatsa) How many days to break-even based on all seats being soldPart-2: Part house: Only some seats sold – there are empty seatsa) How many days for the production to break even if only some seats are soldRandomly allocate seats across band-A and band-B:Use the total as an expected average for each part-house:i.e.if you get, say 5 seats sold in band-A and 4 seats sold in band-B then the part-house total for one night will be:(5 * 20) + (4 * 10) = 100 +40 = £140You can assume £140 is the average for every part-house night – there is noneed to repeat the randomisation and then take an overall average OUTPUT:Minimum dashboard example(Preferably o/p the 2-d list showing all seats sold)Full house costs:£Production cost3000Full house revenue:Band-A 10 seats at £20.00 per seatBand-B 10 seats at £10.00 per seat200100Revenue total for one full house300Number of shows to break-even3000 / 300 = 10 (round up)%3D(Preferably o/p the 2-d list showing what seats were sold)Part-house costs:£Production cost3000Part-house revenue:Band-A 5 seats at £20.00 per seatBand-B 4 seats at £10.00 per seatRevenue total for ono part house10040140Number of shows to break-even3000 / 140 = 21.42= 22 (round up)Notes:Useful enhancements to the output will be considered.Implementation that does not meet the full specification may be considered areasonable attempt.Mark scheme:Analysis and Design 25%Implementation 50%Pseudocode 25%

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Engineering

Computer Science

Can you write it in python code

Programming Logic & Design Comprehensive

9th Edition

ISBN:9781337669405

Author:FARRELL

Publisher:FARRELL

Chapter4: Making Decisions

Section: Chapter Questions

Problem 15RQ

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