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In the lab mode, set the cannon to fire at 30 degrees from the horizontal. Make sure air resistance is turned off. Set the cannon speed to 10 m/s and fire! Use the range field of the inspector crosshairs (discussed in the first video) to measure how far it went. Let's call this distance D10 Now double the speed, increasing it to 20 m/s. What do you think happens to the distance traveled? Does it double? Less than double? More than double? Try it out and record how far it went. Let's call this distance D20 Now, how many times farther did it actually go? Please round your answer to three D20 significant digits. This answer should be the ratio of distances traveled: D10 Now, fire the cannon at 15 m/s at an angle of 30 degrees. Use your crosshairs to measure its landing position and take a screenshot. Please paste your screenshot

In the lab mode, set the cannon to fire at 30 degrees from the horizontal. Make sure air resistance is turned off. Set the cannon speed to 10 m/s and fire! Use the range field of the inspector crosshairs (discussed in the first video) to measure how far it went. Let's call this distance D10 Now double the speed, increasing it to 20 m/s. What do you think happens to the distance traveled? Does it double? Less than double? More than double? Try it out and record how far it went. Let's call this distance D20 Now, how many times farther did it actually go? Please round your answer to three D20 significant digits. This answer should be the ratio of distances traveled: D10 Now, fire the cannon at 15 m/s at an angle of 30 degrees. Use your crosshairs to measure its landing position and take a screenshot. Please paste your screenshot

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The class I'm taking is physics for scientists and engineers!

I am completely stuck. Need help. I have attached the problem. Please view both attachments before answering.

I have lised the link to the simulator below as well. I am extremely stuck, any helpnis appreciated! Thank you!

 

In the lab mode, set the cannon to fire at 30 degrees from the horizontal. Make sure air resistance is turned off. Set the cannon speed to 10 m/s and fire! Use the range field of the inspector crosshairs (discussed in the first video) to measure how far it went. Let's call this distance D10 Now double the speed, increasing it to 20 m/s. What do you think happens to the distance traveled? Does it double? Less than double? More than double? Try it out and record how far it went. Let's call this distance D20 Now, how many times farther did it actually go? Please round your answer to three significant digits. This answer should be the ratio of distances traveled: P20 D10 Now, fire the cannon at 15 m/s at an angle of 30 degrees. Use your crosshairs to measure its landing position and take a screenshot. Please paste your screenshot
Transcribed Image Text:In the lab mode, set the cannon to fire at 30 degrees from the horizontal. Make sure air resistance is turned off. Set the cannon speed to 10 m/s and fire! Use the range field of the inspector crosshairs (discussed in the first video) to measure how far it went. Let's call this distance D10 Now double the speed, increasing it to 20 m/s. What do you think happens to the distance traveled? Does it double? Less than double? More than double? Try it out and record how far it went. Let's call this distance D20 Now, how many times farther did it actually go? Please round your answer to three significant digits. This answer should be the ratio of distances traveled: P20 D10 Now, fire the cannon at 15 m/s at an angle of 30 degrees. Use your crosshairs to measure its landing position and take a screenshot. Please paste your screenshot
Now you try out the simulation: https://phet.colorado.edu/sims/html/projectile-motion/latest/projectile-motion en.html
Transcribed Image Text:Now you try out the simulation: https://phet.colorado.edu/sims/html/projectile-motion/latest/projectile-motion en.html
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