Unit1_Graphing - Relationships and Vectors Assignment (3).pdf Physics 11 Graphing Relationships and Vectors Send-In Assignment On-Line Course Version XXXXXXXXXXPage 1 of 12 Graphing and Relationships...

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Unit1_Graphing - Relationships and Vectors Assignment (3).pdf Physics 11 Graphing Relationships and Vectors Send-In Assignment On-Line Course Version 1 2019 Page 1 of 12 Graphing and Relationships SEND - IN ASSIGNMENT GRAPHING, RELATIONSHIPS AND VECTORS Total ______ = _________% SHOW ALL WORK FOR FULL MARKS (when possible) Name: _________________________________________ Teacher:________________________________________ School:_________________________________________ 62 Physics 11 Graphing Relationships and Vectors Send-In Assignment On-Line Course Version 1 2019 Page 2 of 12 Graphing and Relationships 1. Determine the slope and equation for the following graphs: a) F (Newtons) 24.5 Slope: 2.5 m (kg) 1 mark Equation: 1 mark b) v (m/s) 15.0 4.2 Slope: 7.3 t (s) 1 mark Equation: 1 mark c) V (Volts) 15 Slope: 25 I (Amps) 1 mark Equation: 1 mark d) I (Amps) 3.0 Slope: 0.025 R-1 (Ohms-1) 1 mark Equation: 1 mark Physics 11 Graphing Relationships and Vectors Send-In Assignment On-Line Course Version 1 2019 Page 3 of 12 Graphing and Relationships e) d (m) 12.5 Slope: -2.5 4.8 t (s) 1 mark Equation: 1 mark f) p (kg-m/s) 16.4 Slope: 30 t (s) 1 mark Equation: 1 mark 2. A straight line re-graph produces the formula P = 17.1R2. Solve the following: a) If R = 39.2 calculate P. a) 1 mark b) If R = 2.4 x 10-4 calculate P. b) 1 mark c) If P = 48.4 calculate R. c) 1 mark d) If P = 4.2 x 105 calculate R. d) 1 mark Physics 11 Graphing Relationships and Vectors Send-In Assignment On-Line Course Version 1 2019 Page 4 of 12 Graphing and Relationships 3. Examine the following data for an experiment involving the speed of a small electric toy car over a period of time. Speed (cm/s) 20 41 63 82 105 125 Time (s) 0 1 2 3 4 5 Construct a proper graph for this data. In this case, Time is the 'cause' and Speed is the 'effect'. Be sure to include the following: ➢ a proper title; ➢ correctly labeled axes; ➢ all points accurately plotted; ➢ a best-fit straight line, drawn with a ruler, to show the trend of the points; ➢ a slope calculation in the space below; ➢ the equation of the line you plotted. Title: 4 marks Slope: 1 mark Equation: 1 mark Physics 11 Graphing Relationships and Vectors Send-In Assignment On-Line Course Version 1 2019 Page 5 of 12 Graphing and Relationships 4. Examine the following data of measurements for a variety of spherical objects. Radius (cm) 0 3.0 5.0 7.0 9.0 10.0 Surface Area (cm2) 0 115 320 612 1020 1260 a) Construct a proper graph for the data. In this case, Radius is the ‘cause’ and Surface Area is the ‘effect’. Be sure to include the following: ➢ a proper title; ➢ correctly labeled axes; ➢ all points accurately plotted; ➢ a best-fit curved line, drawn free-hand, to show the trend of the points; Title: 4 marks Physics 11 Graphing Relationships and Vectors Send-In Assignment On-Line Course Version 1 2019 Page 6 of 12 Graphing and Relationships b) Complete the table by performing the correct calculation on the x- values so that a straight line re-graph can be drawn. Radius (cm) 0 3.0 5.0 7.0 9.0 10.0 Surface Area (cm2) 0 115 320 612 1020 1260 c) Now build this re-graph, find the slope, and make an equation that represents a relationship between Radius and Surface Area. Title: 4 marks Slope: 1 mark Equation: 1 mark Physics 11 Graphing Relationships and Vectors Send-In Assignment On-Line Course Version 1 2019 Page 7 of 12 Graphing and Relationships 5. Examine the following data for an experiment involving a syringe and a pressure gauge. Pressure (PSI) 32.0 21.0 14.0 12.0 8.0 7.0 Volume (cm3) 3.0 5.0 7 9 12 15.0 a) Construct a proper graph