SKETCH ONLY **** drawing only DRAW THE KINEMATIC DIAGRAM FOR THIS QUESTION ONLY DRAW THE KINEMATIC ( Question is Solved already)JUST DRAW THE KINEMATIC DIAGRAM ( Drawing only) The two cars A and B travel along the circular path atconstant speeds v = 70 ft/s and vB = 120 ft/srespectively. They are at the positions shown when t = 0.(Figure 1)Part ADetermine the smallest time when the cars are side by side.Express your answer to three significant figures and include the appropriate units.t1 = 23.7 sSubmitPrevious Answersv CorrectPart BDetermine the smallest time when the cars are 90° apart.Express your answer to three significant figures and include the appropriate units.Figure1 of 1>t2 = 11.8 sSubmitPrevious AnswersCorrectA = 400 ftProvide FeedbackNext >IB = 390 ftB

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Graphing Review - Google Slides I Graphing Review - Goo A Graphing Review G Calculations Review - Google Slides O Present 2 Sha view * D O Last edit was 22 minutes ago Slide Arrange Tools Add-ons Help E Background Transition Layout - Theme 4 I 5 I 6 7 8 9 CI 1 I 2 3 I A golfer collected data on the distance a golf cart traveled in a straight line and plotted it on a graph. Distance of Golf Cart vs. Time 25 20 15 10 2.0 4.0 6.0 8.0 10.0 Time (s) What formula t= d/s do you need? What information is given? d=25 What does the graph tell you? What can you calculate? s= 5 C Show your calculation. a= 25/5 Find the average speed for the first 5 seconds. A What is your answer? a= 0.5 m/s x to add speaker notes EPIC GAMES MacBook Air 30 F3 000 F4 トト F9 F5 F6 F7 F8 F10 F1 % 4 5 6 7 9 %3D TRE 目云 (w) Starting Point Distance from * CO
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Use the following information to answer parts a and b. A motorboat is travelling at its maximum speed of 6.0 m s⁻¹ straight across a river, which has a current of 3.8 m s⁻¹ downstream, as shown in the diagram The banks of the river are parallel to each other and straight. a) Calculate the velocity of the boat as seen by someone at the position marked ‘A’ on the diagram. b) If the river is 1100m wide, how long does it take for the boat to reach the other bank?
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Fill in the blanks on the image below of Distance vs Time, please
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QUESTION 2 The easiest way to understand kinematics is by developing it on a 2D robotic arm that contains two links, two joints and one end-effector or a gripper. The first joint will rotate, but it is connected to a table or the floor by a foundation. While link 11 connects it to a second joint that can translate and rotate, a second link 12 links this joint to the fixed-end effector. The links have lengths 11 and 12 respectively with a 2D coordinated system assigned to the whole manipulator. The base or the first joint is coordinated at (0,0) while the gripper has coordinates (x,y). The link 11 connecting the first joint to the second is rotated by an angle a, followed by the rotation of the second link connecting the second joint and the gripper by angle B. Find the a and B, Joint Variables using inverse kinematics for the given 2-link manipulator. Let Length of the links 1₁ and 12 = 1 and (x y) = (1+√3, 1+√3₁ 2 2 fixed joint (0,0) O 1₁ a movable joint a = 60 or 30 and 3 = 30 or 30…
Ramon rode 50 miles to a state park at a certain speed. Had he been able to ride 3 miles per hour faster, the trip would have been 1/4 hour shorter. How fast did he ride? Choose the appropriate expression or equation for each description. Distance of Ramon's trip Speed of Ramon's actual trip Speed of Ramon's faster Time of Ramon's trip Time of Ramon's faster trip Equation that could be used to solve this problem
line Starting time (s) Starting point (m) Final time (s) Final point (m) a 0.4 0.4 4.8 3.1 b 0.4 0.4 3.8 3.1 c 1.9 3.1 5.8 0.6 d 1.4 3.1 3.8 0.3 **Please show steps and correct sig figs** Question 1: Compare graph (a) with graph (b). Look at the slope of each graph, what does the difference between slopes tell you about velocity and speed in each experiment? (hint: the magnitude of the speed is not the same) Question 2: Compare graph (c) with graph (d). Look at the slope of each graph, what does the difference between slopes tell you about your velocity and speed in each experiment? (hint:speed and velocity are not the same thing) Question 3: Compare your graphs for (b) and (d). Which one has a positive slope and which one a negative one? What does this say about the direction you are moving? ty!
As is driving towards a tree it is struck by lightening at the exact same time that a tree behind him is struck by lightening . Both trees are an equal distance from his car when the lightening strikes. What would be his perception of the time of the lightening strikes ? Choose from the answers below:

SKETCH ONLY **** drawing only DRAW THE KINEMATIC DIAGRAM FOR THIS QUESTION ONLY DRAW THE KINEMATIC ( Question is Solved already) JUST DRAW THE KINEMATIC DIAGRAM ( Drawing only)