125% + A View Zoom Add Page Insert Table Chart Text Shape Media Comment Collaborate Format Document Laboratory activities: Text Lab Activity #1: Extracting information from a graph: Look at Figure # 5 and answer the questions that follow. Body* 1. Name the variables represented in the x and y axes. Style Layout More x-axis variable name: y-axis variable name: Font 2. What are the units used in the x and y axes? Times New Roman C x-axis unit:. y-axis unit: Regular 12 pt Stretching a Spring B U S 45 Character Styles None 40 Text Color 35 30 E 25 E Force ( N) 20 15 Spacing 1.0 - Single 10 Bullets & Lists None V O Drop Cap A=v Elongation ( cm ) Figure # 5: Lab activity #1: Extracting information from a graph Calculate the scale that was used in the x and y axes? Show your work. x-axis scale calculation: y-axis scale calculation:1T$EE1 lnsen Table Chan Text Shape Media Comment , Fill the following table with the values of elongation and force for the first and last data points. First data point Last data point Elongation ( cm) Force ( N ) , What value of force is predicted by the headline for the elongation value listed below? Elongation ( cm ) Predicted Force ( N ) i What value of elongation is predicted by the $5521.1de? for the force value listed below? Force (N) Predicted elongation (cm) . Calculate the slope of the yer-idling. Indicate below the coordinates of the points that you will use to calculate the slope. Point 1 coordinates: (elongation 1, force 1 ) = (, ) Point 2 coordinates: ( elongation 2, force 2 ) = ( , ) Show below your slope calculation: Lab Activity #2: Constructing a graph. Earth's gravitational acceleration: The following data represents the speed of a steel ball falling from the Freedom Tower measured at different time instants, Time (s) 3 5 7 9 Speed ( m/s) 34 52 66 86 Your task is to plot the data in Figure # 6 using the x-axis for time and the y-axis for speed. Farmai Text Style Layout Font Book Antiqua Regular V5 319% Character Styles Text Color C ? Spacing Bullets 8. Lists Drop Cap 1T E E Q! a $1 lnsen Table Chan Text Shape Media Comment 1. Write a suitable title. 2. Write the name of the axes and their units in parenthesis. 3, Design the scale for each axis. SHOW YOUR WORK. Time axis scale design: Data range: ' Divisions available: Speed axis scale design: Data range: ' Divisions available: V = Scale: , Indicate the time and speed axes scales in the graph. . Indicate the axes values in both axes. , Plot the data points , Draw a trendline. . Calculate the slope of the Headline. Indicate below the coordinates of the points that you will use to calculate the slope Point 1 coordinates: (time 1, speed 1 ) = (1 Point 2 coordinates: (time 2, speed 2) = (, Show below your slope calculation: 5' Farmai Text Style Layout Font Book Antiqua Regular 3 I g s Character Styles Text Color 0 Spacing Bullets 8. Lists None Drop Cap 125% + A View Zoom Add Page Insert Table Chart Text Shape Media Comment Collaborate Format Document The slope is the gravitational acceleration close to the surface of Earth calculated from Text this experiment. Body* Style Layout More Font Book Antiqua C Regular 12 pt B U S Character Styles None Text Color E Spacing 1.5 Bullets & Lists None V Drop Cap A=v Figure # 6: Lab activity # 2: Earth's gravitational acceleration Lab Activity #3: Constructing a graph. Moon's gravitational acceleration: A bullet is shot down close to the Moon's surface and measurement of time and speed are taken with the following results. Time ( s ) 0 10 20 30 40 Speed (m/s) 402 415 433 448 466125% + A Insert Table Chart Text Shape Media Comment Collaborate Format Document View Zoom Add Page Text Your task is to plot the data in Figure # 7 using the x-axis for time and the y-axis for speed. Body* 1. Write a suitable title. 2. Write the name of the axes and their units in parenthesis. Style Layout More 3. Design the scale for each axis. SHOW YOUR WORK. Time axis scale design: Font Data range: _ Divisions available: Book Antiqua C Regular 12 pt B U S V = Scale:_ Character Styles None Speed axis scale design: Text Color Data range: Divisions available: E V = Scale: Spacing 1.5 4. Indicate the time and speed axes scales in the graph. Bullets & Lists None V 5. Indicate the axes values in both axes. 6. Plot the data points. Drop Cap A=v 7. Draw a trendline 8. Calculate the slope of the trendline. Indicate below the coordinates of the points that you will use to calculate the slope. Point 1 coordinates: ( time 1, speed 1 ) = (. Point 2 coordinates: ( time 2, speed 2 ) = (_ 5125% + A Document View Zoom Add Page Insert Table Chart Text Shape Media Comment Collaborate Format Text Show below your slope calculation: Body* Style Layout More The slope is the gravitational acceleration close to the surface of the Moon calculated from this experiment. Font Book Antiqua C Regular C 12 pt B U S Character Styles None Text Color E Spacing 1.5 Bullets & Lists None V Drop Cap A=v Figure # 7: Lab activity # 3: Moon's gravitational accelaration