A four-part mechanism like this one, if it is known the length of o2a (link 2) is 5 cm (link 3) is 4 cm (link 3) and the length of the bo4 (link 4) is 5.5 cm (5 in.). At the a point working the p = 50 Newton style with the sustric orientation of the horizontal line is 20⁰, look for styles that are going on and torque on link 4. The image features a diagram of a mechanical structure with several labeled points, lines, and angles. Here's a detailed description:- **Points:** - O2: A fixed point at the left base of the structure, where a rod or member originates. - A: A joint connected to two members, acting as a pivotal point. - B: Another joint located farther along the structure from point A. - O4: A fixed point at the right base of the structure, where another rod or member originates.- **Members:** - Member O2A is labeled with the length "2" and is inclined at an angle of 30° from the horizontal baseline. - Member AB is labeled with the length "3." - Member BO4 is labeled with the length "4." - **Force:** - There is a force denoted as "P" applied at point A. This force forms a 20° angle with the horizontal line extending from point A.The structure appears to be a pinned or trussed framework with forces and angles indicating static or dynamic equilibrium analysis. The lengths and angles are essential for calculations related to mechanical or structural engineering, such as determining tension, compression, or the resultant force on different members of the structure.

Answered: Image /qna-images/answer/e3075aaf-a54e-421a-a888-64fffaf926b9.jpg

length of o2a (link 2) is 5 cm (link 3) is 4 cm (link 3) and the length of the bo4 (link 4) is 5.5 cm (5 in.). At the a point working the p = 50 Newton style with the sustric orientation of the horizontal line is 20⁰, look for styles that are going on and torque on link

length of o2a (link 2) is 5 cm (link 3) is 4 cm (link 3) and the length of the bo4 (link 4) is 5.5 cm (5 in.). At the a point working the p = 50 Newton style with the sustric orientation of the horizontal line is 20⁰, look for styles that are going on and torque on link

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

Driver Pulley 1 is 10” in diameter, runs at 1200 RPM, and supplies 2.5 ft-lbs of torque. Pulley 2 (driven) is 32” in diameter. What is the output torque of Pulley 2? What is the output speed of Pulley 2?
For the Finishing Mill of a hot strip mill, the input shaft of several different gearboxes are each driven by a DC motor of 10,500 HP operating at 125 RPM. For your ASSIGNED gearbox only, you are required to analyze the gearbox capabilities by doing thefollowing: 1. Calculate the maximum motor torque2. calculate the force transmitted by the gearing.3. Using statics, calculate the equivalent radial load at the bearings for BOTH the pinion shaft and the gear shaft. (Four bearings total; two per shaft). Include FBDs of the shafts.4. Research the load capacities for the bearings.(Hint: the bearing manufacturer is most likely Timken / Torrington).5. Calculate the expected bearing life for each bearing.6. Calculate the safety factor for both the bending strength and the pitting resistance for the pinion shaft AND the gear shaft gear teeth based on the transmitted load and the gear material(s).7. Draw the shear, bending moment, and torque diagrams for the GEAR SHAFT ONLY.8. Calculate the…
3. Design a slider-crank mechanism with a time ratio of Q=1.25, stroke of AR4lmax=2.75 in., and time per cycle of t=0.6 sec. Find the imbalance angle, link lengths, and the crank speed.
For the following mechanism with RAB = 4 ft, RPA = 6 ft, and p = 0.75 ft (radius of the Roller 4), assume the roller 4 is pinned to link 3 and is rolling without slipping. The velocity of the input (slider A, link 2) is V, = -15 i ft/s at the position shown (2OAB = 45°). (a) Calculate the first-order coefficients of the mechanism; (b) determine the angular velocity of link 3; (c) determine the velocity of point B; (d) determine the angular velocity of roller 4. (Hint: Vs = Ve) O3=135° V2 =2.828 ?/ R2t R3t R4 =0 IV, V? 4=2-878 13 こ4 R3
please very urgent solving all part with count the link on the graph
Imagine two gears in mesh, the pinion is rotating clockwise, what is the force analysis for such a gear ( draw FBD) with full explanation. For another case: two gears in mesh and the gear is rotating clockwise also draw FBD and with explanations for the direction of rotation of pinion and direction of the resultant forces.
Find the angle of contact on the small pulley for a crossed belt drive with center distance of 73", if pulley diameters are 7" and 14", respectively. Also find the difference in length if anopen belt is used instead.
You’re using a system of multiple simple machines to move a 1500 N load up a height of 2 meters. You have a wheel barrow which is a combination of a lever and a wheel/axle, and you’ll be using a ramp (inclined plane).a. If you want to apply a maximum effort force of 50 N – what does the actual mechanical advantage of the compound machines need to be? b. The wheel barrow in problem above has the following dimensions Wheel axle radius: 7.5 cmWheel outer radius: 25 cmLoad distance to fulcrum: 55 cm Handle distance to fulcrum: 200 cmWhat is the wheel barrow’s total ideal mechanical advantage? c. Due to a rusty wheel axle, the wheel-barrow in problem above only has an efficiency of 65%. What is the actual mechanical advantage of the wheel barrow?
show all steps and solution
Hello, Could you please help with the question attached or give guidance please, thnk you
5. For the engine-transmission-propeller problem shown below, The engine generates a torque of 219lb-ft, and it is bolted to a frame at locations A and B. The transmission reverses the rotation direction. The transmission ratio is 1.5 (i.e. the propeller speed is -1/1.5 the engine speed, the minus sign indicates the change in direction). d. Sketch the free body diagram. Be sure to show the torques at the input and outputs to the different components. Note the change in the rotation direction between the engine and shaft. e. Solve for the reaction forces at the bolt supports of the engine, if the distance between them is 1 ft. Propeller Engine Reduction ratio 1.5 Engine is attached B
Show how you would find the velocity of each point (no values given just the equation) for an overlapping/superimpose 4 bar linkage. Find the equation for 60 degree.