Upload File

markingscheme - m. selkirk confey college · 2017-11-02 · show how to use the sum of a geometric...

  • Home
  • Documents
  • MarkingScheme - M. Selkirk Confey College · 2017-11-02 · Show how to use the sum of a geometric series to calculate the value, on the date of retirement, of the final fund required
14
MarkingScheme FinancialMathsH Question 1 (2017)

Upload: others

Post on 13-Mar-2020

1 views

Category:

Documents


0 download

Report

TRANSCRIPT

Page 1: MarkingScheme - M. Selkirk Confey College · 2017-11-02 · Show how to use the sum of a geometric series to calculate the value, on the date of retirement, of the final fund required

MarkingSchemeFinancialMathsH

Question 1 (2017)

Page 2: MarkingScheme - M. Selkirk Confey College · 2017-11-02 · Show how to use the sum of a geometric series to calculate the value, on the date of retirement, of the final fund required
Page 3: MarkingScheme - M. Selkirk Confey College · 2017-11-02 · Show how to use the sum of a geometric series to calculate the value, on the date of retirement, of the final fund required
Page 4: MarkingScheme - M. Selkirk Confey College · 2017-11-02 · Show how to use the sum of a geometric series to calculate the value, on the date of retirement, of the final fund required

Question 2 (2016)

Page 5: MarkingScheme - M. Selkirk Confey College · 2017-11-02 · Show how to use the sum of a geometric series to calculate the value, on the date of retirement, of the final fund required
Page 6: MarkingScheme - M. Selkirk Confey College · 2017-11-02 · Show how to use the sum of a geometric series to calculate the value, on the date of retirement, of the final fund required

Question 3 (2016)

Page 7: MarkingScheme - M. Selkirk Confey College · 2017-11-02 · Show how to use the sum of a geometric series to calculate the value, on the date of retirement, of the final fund required
Page 8: MarkingScheme - M. Selkirk Confey College · 2017-11-02 · Show how to use the sum of a geometric series to calculate the value, on the date of retirement, of the final fund required

Question 4 (2015)

Page 9: MarkingScheme - M. Selkirk Confey College · 2017-11-02 · Show how to use the sum of a geometric series to calculate the value, on the date of retirement, of the final fund required
Page 10: MarkingScheme - M. Selkirk Confey College · 2017-11-02 · Show how to use the sum of a geometric series to calculate the value, on the date of retirement, of the final fund required

Question 5 (2014)

Page 11: MarkingScheme - M. Selkirk Confey College · 2017-11-02 · Show how to use the sum of a geometric series to calculate the value, on the date of retirement, of the final fund required
Page 12: MarkingScheme - M. Selkirk Confey College · 2017-11-02 · Show how to use the sum of a geometric series to calculate the value, on the date of retirement, of the final fund required
Page 13: MarkingScheme - M. Selkirk Confey College · 2017-11-02 · Show how to use the sum of a geometric series to calculate the value, on the date of retirement, of the final fund required

Question 6 (2013)

Page 14: MarkingScheme - M. Selkirk Confey College · 2017-11-02 · Show how to use the sum of a geometric series to calculate the value, on the date of retirement, of the final fund required

Question 7 (2013)

Question 8 (2012)


Confey College

WMS13 - LC Physics - MS - M. Selkirk Confey College - Home ·  · 2017-01-29What readings needed to be taken in order to calculate the velocity? (6) ... Apparatus: 2 pins, plane

Information meeting about the Sruth in Confey College

Mathematics - M. Selkirk Confey College

Confey Community College

PHYSICS - M. Selkirk Confey College · Note the current/voltage value using a sensor/ (digital) multimeter every 10 0C as the water is heated up. 3 3 From the graph, find the rate

Higher Level Marking Scheme - M. Selkirk Confey …...Higher Level Marking Scheme Paper 1 Pg. 2 ... Mathematics Higher Level – Paper 1 Marking Scheme (300 marks) General Instructions

Mathematics (Project Maths Phase 2) - M. Selkirk Confey College - Homemselkirk.weebly.com/uploads/9/4/7/0/9470803/2012_-_pm60... · 2019. 11. 23. · (Project Maths – Phase 2) Paper

MarkingScheme - M. Selkirk Confey College€¦ · ONLINE SUPPORT SYSTEM FOR PROJECT MATHS Measurements to be taken: Mark point B directly under the pylon. Mark another point A 100

StatisticsPart2H - M. Selkirk Confey College · flights to America and Asia. On long haul flights the company sells economy class, business class and executive class tickets. All

Selkirk New Media

2014 L.41-42 ms -06 ha-final - M. Selkirk Confey College - …mselkirk.weebly.com/uploads/9/4/7/0/9470803/2014ms.pdf(ii) the time taken by P to reach the bottom of the plane. (5) 2

ORDINARY LEVEL SYLLABUS - M. Selkirk Confey College€¦ · Appropriate calculations. Demonstration. Appropriate calculations. Simple exercises on lenses by ray tracing or use of

MarkingScheme - M. Selkirk Confey College · Scale 5C (0, 3, 4, 5) Low Partial Credit: Period identified or — or 12-34 High Partial Credit: equation in c with some substitution

CanSat 2014 Guidelines 08Oct2013 - M. Selkirk Confey College · dedicated proposal form to ESA ([email protected]) by 10 December 2017, 22:00 (CET). Based on the quality of the submitted

2010 m35-36 ms -12 smkl - M. Selkirk Confey Collegemselkirk.weebly.com/uploads/9/4/7/0/9470803/deb2010ms.pdf · – ticker timer / photo gates ... – force applied using hanging

2009 m35-36 ms -15 ha-final - M. Selkirk Confey College · You carried out an experiment to verify Boyle’s law for a fixed mass of gas. (i) Draw a labelled diagram of the apparatus

ParticlePhysics Question 1 - M. Selkirk Confey College · 2019-11-23 · (a) In 1932 J.D. Cockroft and E.T.S. Walton accelerated protons to energies of up to 700 kev and used them

Chapter 10 Exercise 10A - M. Selkirk Confey College...1 Chapter 10 Exercise 10A The answers given on page 261. No solutions necessary. Exercise 10B Q. 1. (i) s y = u sin a t − 1

CoordGeomCircleH - M. Selkirk Confey College · The sides of the plate, 1-1K and PQ, are tangential to each circle. The larger circle has centre A and radius 4r cm. The smaller circle

MarkingScheme - mselkirk.weebly.com

1 Senior Cycle Options in Confey College March 2015

Selkirk Case Competition

Valerie (Fadden) Selkirk

SELKIRK COLLEGE ICE HOCKEY S A I NTS RECRUITING ......Selkirk College Saints Mens Hockey Selkirk College Founded in 1966, Selkirk College has earned a reputation as one of B.C.’s

MarkingScheme - M. Selkirk Confey College · 2019-11-23 · Marking Notes Scale IOC (0, 3, 7, 10) Low Partial Credit Pythagoras with relevant substitution High Partial Credit IECI

Chapter 2 Exercise 2A - M. Selkirk Confey College · 2019-05-11 · 2 (iii) v2 = u2 + 2as 0 = 1,600 _____ + 2 9 (− 2__ 9) s s = 400 m Q. 11. (i) 1 km/hr = 1,000 m _____ 3,600 s

6YHWforTues - M. Selkirk Confey College · PDF fileIn an experiment to verify Joule's law, ... the maximum rate at which heat may be produced in the wire is 2 ... Why is Coulomb's

Confey Community College: Principal’s Repo - County … Timetables/Confey College Annual... · Confey Community College: Principal’s Report Page 3 of 23 INTRODUCTION I am pleased

PHYSICS - M. Selkirk Confey College 3 of 30 HIGHER LEVEL Question 1. 40 marks In an experiment to investigate the relationship between the acceleration of a body and the force applied

MarkingScheme - M. Selkirk Confey College€¦ · IBCI = 3 = 3 1-95 015377 2-3 IBCI or cos 400 = or IBCI or sin 500 = ( i.e. IBClisolated) sin 400 Scale IOC (0, 3, 7, 10) Low Partial

MarkingScheme - Weebly

M. Selkirk Confey College - Pre-Leaving Certifi cate Examination, … · 2019-11-23 · Page 1 of 11 _____ PHYSICS – ORDINARY LEVEL TIME: 3 HOURS Answer three questions from Section

Chapter 4 Exercise 4A - M. Selkirk Confey College · Chapter 4 Exercise 4A Q. 1. (i) _____ ... = −k( _____ r

Higher Level Marking Scheme - M. Selkirk Confey …mselkirk.weebly.com/uploads/9/4/7/0/9470803/deb2017lhms.pdf2017.1 L.17/20_MS 4/80 Page 4 of 79 exams DEB Pre-Leaving Certificate