Physics 30 June 2000 Diploma Exam

5 h however you may take an additional 05 h to

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Unformatted text preview: consisting of • 37 multiple-choice and 12 numericalresponse questions, of equal value, worth 70% of the examination • 2 written-response questions, of equal value, worth a total of 30% of the examination This examination contains sets of related questions. A set of questions may contain multiple-choice and/or numerical-response questions. A tear-out Physics Data Sheet is included near the back of this booklet. A Periodic Table of the Elements is also provided. Note: The perforated pages at the back of this booklet may be torn out and used for your rough work. No marks will be given for work done on the tear-out pages. • Use only an HB pencil for the machine-scored answer sheet. • Fill in the information required on the answer sheet and the examination booklet as directed by the presiding examiner. • Read each question carefully. • Consider all numbers used in the examination to be the result of a measurement or observation. • When performing calculations, use the values of constants provided on the tear-out sheet. Do not use the values programmed in your calculator. • If you wish to change an answer, erase all traces of your first answer. • Do not fold the answer sheet. • The presiding examiner will collect your answer sheet and examination booklet and send them to Alberta Learning. • Now turn this page and read the detailed instructions for answering machine-scored and written-response questions. Multiple Choice Examples • Decide which of the choices best completes the statement or answers the question. Calculation Question and Solution If a 121 N force is applied to a 77.7 kg mass at rest on a frictionless surface, the acceleration of the mass will be 2 _________ m/s . (Record your three-digit answer in the numerical-response section on the answer sheet.) F a= m 2 121 N = 1 .557 m/s a= 77.7 kg Record 1.56 on the answer sheet 1 .56 • Locate that question number on the separate answer sheet provided and fill in the circle that corresponds to...
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This note was uploaded on 01/14/2014 for the course PHYSICS Physics 30 taught by Professor Quinlan during the Fall '09 term at Centennial High School.

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