Rocket Launch LabVertical time is 5.38Horizontal distance is 66.5

Hi myBlueprint A NP Election 2021 platform Gmail YouTube G News P Some strengths an. APA7 citation gener. How to Make Earth. How to draw Earth. Due No Due Date Points 8 Submitting a file upload Submit a photo of your rocket, data for flight time (include all trials that you did) plus a COMPLETE analysis of all aspects of your launch. This includes: PART 1: ASSUMPTION WITHOUT AIR FRICTION 1. determination of launch speed using flight time 2. determine maximum height using flight time (be careful to consider how to use the appropriate time and final velocity) 3. determine total horizontal displacement at a determined angle (range) using the same launch speed assumption 4. determine maximum of height achieved during flight when launched at a given angle. 5. determine predicted flight duration 6. compare range (horizontal distance travelled) to actual landing point 7. calculate the acceleration of the rocket while on the launcher. This will make use of the distance the rocket travels before reaching the end of the launch tube. 8. Using the mass and acceleration that you just determined, you can now find Fnet. Use Fnet and Fg plus a free body diagram to find Thrust force of the launcher 9. Calculate the total kinetic energy of the rocket at launch/ Determine the potential energy at the top of the vertical launch based on your flight time data. Analyze and compare the results. Be sure to comment on reasons for similarities or differences from predicted values. 10. Analyze your results and suggest sources of error or reasons why your data deviated from the predicted outcome