W AutoSave Off Lab 2- 2D Motion Online Version . Saved to this PC . Search (Alt+Q) Brianna Teed BT X File Home Insert Draw Design Layout References Mailings Review View Help Acrobat Comments v Share Calibri 12 Lol B I U ~ X X A Paste Styles Editing Create and Share Request Dictate Editor Reuse A P Av Aav A" A Adobe PDF Signatures Files Undo Clipboard Font Paragraph Styles Adobe Acrobat Voice Editor Reuse Files Lab 2: 2D Motion - Online Version Start by going to the following website (PHeT Projectile Motion Simulation: https://phet.colorado.edu/sims/html/projectile-motion/latest/projectile-motion en.html) and exploring the simulation's different tools in the Intro and Vectors sections. Spend at least five minutes in each of these sections. You may choose to explore the Drag section, but it is not required for this lab. Once you feel comfortable with how the simulation works, navigate to the final section: Lab. For this lab, you will complete a number of trials using the simulation software and then answer some questions at the end of the trials. Trial 1 For this trial, leave everything as it is when you open the simulation, although you may choose to change the projectile from a cannon ball to another option. Record the initial values. Then click the Fire button. When the projectile lands, use the clickable tools in the box on the top near the right to measure the range, time, and height for three separate points along the projectile's motion and at its final location. If you exchanged the cannon ball for another projectile, please record which projectile you used instead: Mass Diameter Angle (deg) Gravity Height (m) Initial Range (kg) (m) (m/s?) Speed (m) (m/s) Page 1 of 6 958 words CX Text Predictions: On % Accessibility: Investigate Focus + 100% 8:26 PM W ? 6/7/2022X W Lab 2- 2D Motion Online Version . Saved to this PC . Search (Alt+Q) Brianna Teed BT AutoSave Off File Home Insert Draw Design Layout References Mailings Review View Help Acrobat Comments v Share Calibri 12 Of Lol B I U ~ X X A Paste Styles Editing Create and Share Request Dictate Editor Reuse A P Av Aa A" A Adobe PDF Signatures Files Clipboard Font Paragraph Styles Adobe Acrobat Voice Editor | Reuse Files Undo Mass Diameter Angle (deg) Gravity Height (m) Initial Range (kg) (m) ( m /s2 ) Speed (m) (m/s) Initial Point 1 Point 2 Point 3 Final Text Predictions: On %% Accessibility: Investigate Focus + 100% Page 1 of 6 958 words CX 8:27 PM W 6/7/2022AutoSave Off Search (Alt+Q) BT X W Lab 2- 2D Motion Online Version . Saved to this PC . Brianna Teed File Home Insert Draw Design Layout References Mailings Review View Help Acrobat Comments Share Calibri 12 Lol B I U ~ X X A Paste Styles Editing Create and Share Request Dictate Editor Reuse A P Av Aa A" A IT Adobe PDF Signatures Files Clipboard Paragraph Adobe Acrobat Voice Editor | Reuse Files Undo Font Styles Trial 2 For this trial, change only the mass. Record the initial values. Then click the Fire button. When the projectile lands, use the clickable tools in the box on the top near the right to measure the range, time, and height for three separate points along the projectile's motion and at its final location. Mass Diameter Angle (deg) Gravity Height (m) Initial Range (kg) (m) (m/s? ) Speed (m) (m/s) Initial Point 1 Point 2 Point 3 Final Trial 3 For this trial, change only the diameter of the projectile. Record the initial values. Then click the Fire button. When the projectile lands, use the clickable tools in the box on the top near the right to measure the range, time, and height for three separate points along the projectile's Page 2 of 6 958 words Text Predictions: On % Accessibility: Investigate Focus + 100% 8:27 PM W 6/7/2022X AutoSave Off Lab 2- 2D Motion Online Version . Saved to this PC . Search (Alt+Q) Brianna Teed BT W File Comments Share Home Insert Draw Design Layout References Mailings Review View Help Acrobat Calibri 12 LOI B I U ~ X X A Paste Styles Editing Create and Share Request Dictate Editor Reuse A P Av Aa A" A IT Adobe PDF Signatures Files Undo Clipboard Font Paragraph Styles Adobe Acrobat Voice Editor Reuse Files Trial 3 For this trial, change only the diameter of the projectile. Record the initial values. Then click the Fire button. When the projectile lands, use the clickable tools in the box on the top near the right to measure the range, time, and height for three separate points along the projectile's motion and at its final location. Mass Diameter Angle (deg) Gravity Height (m) Initial Range (kg) (m) (m/s? ) Speed (m) (m/s) Initial Point 1 Point 2 Point 3 Final Focus + 100% Page 2 of 6 958 words Text Predictions: On 1% Accessibility: Investigate 8:27 PM W 6/7/2022X AutoSave Off Lab 2- 2D Motion Online Version . Saved to this PC . Search (Alt+Q) Brianna Teed BT W File Home Insert Draw Design Layout References Mailings Review View Help Acrobat Comments Share Calibri 12 LOI B I U ~ b X X A Paste Styles Editing Create and Share Request Dictate Editor Reuse A L Av Aa A" A Adobe PDF Signatures Files Undo Clipboard Font Paragraph Styles Adobe Acrobat Voice Editor Reuse Files Trial 4 For this trial, change only the angle of the cannon. Record the initial values. Then click the Fire button. When the projectile lands, use the clickable tools in the box on the top near the right to measure the range, time, and height for three separate points along the projectile's motion and at its final location. Mass Diameter Angle (deg) Gravity Height (m) Initial Range (kg) (m) ( m/s2 ) Speed (m) (m/s) Initial Point 1 Point 2 Point 3 Final Trial 5 For this trial, change only the acceleration due to gravity. Record the initial values. Then click the Fire button. When the projectile lands, use the clickable tools in the box on the top near the right to measure the range, time, and height for three separate points along the projectile's [ Focus + 100% Page 3 of 6 958 words Text Predictions: On %% Accessibility: Investigate 8:27 PM W ? 6/7/2022Search (Alt+Q) X W AutoSave Off Lab 2- 2D Motion Online Version . Saved to this PC . Brianna Teed BT File Home Insert Draw Design Layout References Mailings Review View Help Acrobat Comments v Share Calibri 12 LOI B I U ~ X X A Paste Styles Editing Create and Share Request Dictate Editor Reuse A L Av Aa A" A IT Adobe PDF Signatures Files Undo Clipboard Font Paragraph Styles Adobe Acrobat Voice Editor Reuse Files Trial 5 For this trial, change only the acceleration due to gravity. Record the initial values. Then click the Fire button. When the projectile lands, use the clickable tools in the box on the top near the right to measure the range, time, and height for three separate points along the projectile's motion and at its final location. Mass Diameter Angle (deg Gravity Height (m) Initial Range (kg) (m) ( m/s2 ) Speed ( m) (m/s) Initial Point 1 Point 2 Point 3 Final Text Predictions: On %% Accessibility: Investigate [ Focus + 100% Page 3 of 6 958 words 8:27 PM W 6/7/2022Brianna Teed W AutoSave Off Search (Alt+Q) BT X Lab 2- 2D Motion Online Version . Saved to this PC . Design Layout References Mailings Review View Help Acrobat Comments v Share File Home Insert Draw Calibri 12 EE EEE LOI B I U ~ b X X Po Editing Create and Share Request Dictate Reuse Paste Styles Editor A L Av Aa A" A IT Adobe PDF Signatures Files Clipboard Font Paragraph Styles Adobe Acrobat Voice Editor Reuse Files Undo Trial 6 For this trial, change only the height of the cannon. Record the initial values. Then click the Fire button. When the projectile lands, use the clickable tools in the box on the top near the right to measure the range, time, and height for three separate points along the projectile's motion and at its final location. Mass Diameter Angle (deg) Gravity Height (m) Initial Range (kg) (m) ( m/s?) Speed (m) (m/s) Initial Point 1 Point 2 Point 3 Final Trial 7 For this trial, change only the initial speed. Record the initial values. Then click the Fire button. When the projectile lands, use the clickable tools in the box on the top near the right to measure the range, time, and height for three separate points along the projectile's motion and [ Focus + 100% Page 4 of 6 958 words CX Text Predictions: On 1% Accessibility: Investigate 8:27 PM W ? 6/7/2022X W Lab 2- 2D Motion Online Version . Saved to this PC . Search (Alt+Q) Brianna Teed BT AutoSave Off Share File Draw Design Layout References Mailings Review View Help Acrobat Comments Home Insert Calibri 12 Lol B I U ~ X X A Styles Editing Create and Share Request Dictate Editor Reuse Paste A P Av Aa A" A Adobe PDF Signatures Files Undo Clipboard Font Paragraph Styles Adobe Acrobat Voice Editor Reuse Files Trial 7 For this trial, change only the initial speed. Record the initial values. Then click the Fire button. When the projectile lands, use the clickable tools in the box on the top near the right to measure the range, time, and height for three separate points along the projectile's motion and at its final location. Mass Diameter Angle (deg) Gravity Height (m) Initial Range (kg) (m) ( m /s? ) Speed (m) (m/s) Initial Point 1 Point 2 Point 3 Final 4 Focus + 100% Page 4 of 6 958 words CX Text Predictions: On 1% Accessibility: Investigate 8:27 PM W 6/7/2022AutoSave Off Search (Alt+Q) BT X W Lab 2- 2D Motion Online Version . Saved to this PC . Brianna Teed Comments v Share File Home Insert Draw Design Layout References Mailings Review View Help Acrobat Calibri 12 LOI B I U~ X2 X Po Paste Styles Editing Create and Share Request Dictate Editor Reuse A L Av Aa A" A Adobe PDF Signatures Files Clipboard Styles Editor | Reuse Files Undo Font Paragraph Adobe Acrobat Voice Trial 8 - Final Trial For this trial, your goal is the projectile on the target, where the range is 15.0 m. This may take more than one attempt. Please record values in the table only once you have successfully achieved a value of 15.0 m for the final range. Record the initial values. Then click the Fire button. When the projectile lands, use the clickable tools in the box on the top near the right to measure the range, time, and height for three separate points along the projectile's motion and at its final location. Record how many attempts it took to make the projectile land on the target: Mass Diameter Angle (deg) Gravity Height (m) Initial Range (kg) (m) (m/s2) Speed (m) (m/s) Initial Point 1 Point 2 Point 3 Final + 100% Page 5 of 6 958 words Text Predictions: On %% Accessibility: Investigate Focus 8:27 PM W 6/7/2022