Where on the track was the car when it was traveling at half this speed, that is at 70 km/h? A) Between marker 1 and marker 2 B) At marker 1 C) Before marker 1
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- Motion Graphs Assessment Using the graph below answer the following questions: 10.5 km I I 18. Complete the chart below: Segment AB BC CD DE EF I E 16. What is the total distance travelled by the armadillo, whose path is shown below? 17. What is the displacement of the armadillo? (Assume the top of your paper is North) Distance (km) D F Time (hr) 5 4 2 09/12/2022 8 1 19. What is the average velocity of the armadillo from point A to point F? B Speed (km/hr) (inteProvide your calculations, including all relevant steps are included and your units are labeled. The plane carrying the supplies will be cruising at a constant velocity of 250 miles per hour relative to the ground and at a height of 2,650 meters above the target site. Using this information, create a supply drop plan including all required information and calculations outlined below. As you are completing your supply drop plan, remember that correct SI units are a required component of your calculations and descriptions. A) Provide your calculations, including all relevant steps are included and your units are labeled. B) Describe the components of the kinematics equations used in your initial calculations below.Make 1 example distance time-graph with questions. For graphing use this link https://www.desmos.com/ Note: The picture is the references for making distance time-graph with question. And create a table to make a x and y. The formula is s = rise/run • Complete solution and clear explanation
- How long does it take to reach -2mm from start point of 0 on x axis. Using the equation on the top of the page answer should be near 9.5 millisecondsHow much time would a car at a constant speed of 5 m/s need to complete one full cycle of motion around a 10-m circumference circle. How many seconds? 1-40sOn a trip you travel at a constant speed of 50 kilometers per hour North for 1 hour. Then you turn West and travel at a constant speed of 40 kilometers per hour for 2 hours. Calculate your velocity for the trip. 1) 27 km per hour West + 17 km per hour North 2) 50 km per hour North + 40 per hour West 3) 43 km per hour 4) 31 km per hour
- If you drop a rock vertically off a cliff that is 54.9m high, how long will it take for the rock to hit the ground? Please enter a numerical answer below. Accepted formats are numbers or "e" based scientific notation e.g. 0.23, -2, 1e6, 5.23e-8 Enter answer here SThe house, school, and diner are on the same street. The house is 820 ft from the school and 0.6 miles from the diner. Assume the positive direction is to the LEFT ←. If you start from the diner, head to the house, and then go back to the diner in 2 hr., what is your average velocity in cm/s to two significant figures? HH 188 A. 0.6 cm/s B. 26.8 cm/s C.-27 cm/s D. 0.0 cm/s E. none of the above SCHOOL DINERState whether the following statement is TRUE or FALSE and provide a brief explanation as to why the given statement is TRUE or FALSE using the correct physics principle Distance covered per unit time period is called velocity.
- chools.org bookmarks Inbox (255) - sdono... C Campus Student Georgia FCCLA - Fa... FCCLA Planning whatever dimensions you prefer. ools Version nd nd V ellite lance ad C here to search A- F2 A ball is equipped with a speedometer and launched straight upward. The speedometer reading three seconds after launch is shown at the right. At what approximate times would the ball be moving upward and display the following speedometer readings? 3 A+ # E 20 10 0 Speed m/s X Time (s): 0 4 30 =; F4 40 R 50 60 с F5 % 5 T FG 团 F6 6 10 0 20 Y ✈ 30 Speed m/s F7 & 40 Time (s): Tap to Answer 7 0 10 20 50 60 U F8 30 Speed m/s 40 8 * 8 50 60 F9 1Part 1: Data Table & Number Line - populating table for an object at rest A car is at REST for 4 h and is located 1.5 km south of the origin. Using this information, fill in the table below. Take south to be the positive direction. Elapsed Time (h) (km) Vy (m/s) Assuming the car remains at rest, place the dot where the car would be at 6 h. Click and drag each point to its appropriate position. Some points might be unused. 6h +++ f + WebAssign. NumberLine 9 -2 H I 000 2 3 4 MacBook Air 5 NO SOL Help *******