State the number of DOF and its type for each robot shown in Fig. 1:
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- Select the correct statements for processing forces in Free Body Diagram (FBD). (Select 2) Physical supports are replaced by forces. The Law of parallelogram is used to add forces graphically When drawing FBD, weight is the first to be considered. Friction forces are not considered in the FBDCan someone draw grashof's mechanism: Crank-rocker Mechanism in ENGINEERING DRAWING FORMAT basing with the picture attached. Use Technical Pens for drawing: 0.2(light -for linkages and hand writing), 0.4(medium - for joints), 0.6(heavy - for fixed link or frames) Thank you!Write and draw the following grashof's criterion and kind of grashof's four-bar mechanism such as; 1. Crank-rocker mechanism; 2. Drag link mechanism; 3. Double rocker mechanism; 4. Crossover-position or charge-point mechanism; 5 Triple rocker mechanism (non-grashof). Use technical Pen for the following: 0.2(light -for linkages and hand writing), 0.4(medium - for joints), 0.6(heavy - for fixed link or frames) use 2-4-4 template, all caps, italicized.
- Create your own 2 problems about couple forces with complete solution1- Draw three views of hexagonal nut for 24 mm diameter bolt according to rough rule dimension. 2- Two plates to be fastened by means of bolt thickness of plate 50mm use a bolt of dimension M14X2-RH, provide with a suitable washer, draw the top view, front sectional view, and side sectional view. 3- Use hexagonal bolt, nut and washer by suitable dimension to join the tube holder in figure below.Show steps Draw Free Body Diagram
- Discuss force couple system?BDS. Do this on раper. 1. Draw a FBD for the cylindrical tub before the metal object is added, clearly labeling all forces. 2. Draw a FBD for the cylindrical tub after the metal object is added, clearly labeling all forces. 3. Draw a FBD for the metal object after it is placed in the tub, clearly labeling all forces. 4. Take a clear photo of the FBDS and upload that here. BIU E E E E МacВook Pro %24 & 4 5 6 7 R Y 00 トA mechanism to spray water onto vehicles at an automated car wash is shown. Classify the four-bar mechanism, based on its possible motion, when the lengths of the links are: a = 12 in b = 1.5 in C = 14 in d = 4 in Complete solution must be included in the file that will be uploaded at the end of assessment. Input the category type of the given four-bar mechanism in the space provided. For example, "DOUBLE CRANK" or "CRANK-ROCKER" etc. (refer to MODULE 1 for the table with the list of different categories.)
- A crank-slider mechanism is constructed so that the slider operates in a horizontal plane 3 inches below the horizontal plane in which O2 falls. O2B = 4.5 inches (crank; O2 is pivot) BC = 12 inches (coupler). Please analyze the mechanism and provide the following: -When the mechanism is in the extended position, what is the distance between the crank pivot point and the slider joint? -When the mechanism is in the collapsed position, what is the distance between the crank pivot point and the slider joint? -What is the stroke of the slider? -When the mechanism is in the extended position, what is the horizontal distance between the crank pivot point and the slider joint? -When the mechanism is in the collapsed position, what is the horizontal distance between the crank pivot point and the slider joint?|design a simple piston-like crank-slider mechanism that looks similar to the Figure 4 (not to scale). The centre of the crank and the slider are aligned vertically to each other. It has already been determined that the crank radius (O2A) must be 25mm, while the slider block is in a square shape of 20 mm by 20 mm. The highest position of the slider (Hmax), which is the furthest vertical distance of the slider from the centre of the crank, must be 92 mm. Based on the given design parameters, your task is to determine the suitable couple length (AB) and the lowest position of the slider (Hmin). Your superior has asked you to present the results graphically. 20 Slider 10 20 H Crank O2 Figure 4Define an Articulated Robot? How many joints does a 6-axis Articulated Robot have? How many joints does a Scara 4-axis robot have? # An articulated robot is a robot with rotary joints (e.g. a legged robot or an industrial robot). Articulated robots can range from simple two-jointed