**Question**: How many primary joints are there in this mechanism?**Diagram Explanation**:The diagram depicts a mechanical assembly with several components and joints. Here's a detailed breakdown:- The main components are labeled as 1, 2, A, B, C, D, and E.- Each component is connected to others at various points.**Details**:- The top horizontal component (marked as 1) is connected to two vertical components labeled as A at joints 2 and O\_2.- A vertical connector (marked as 8) runs from the central top of A to connect mechanisms further down.- Two diagonal components (C and D) are symmetrically aligned, each pivoting at one end to the horizontal component and the other end to the vertical component.- E is a horizontal base which interacts with the vertical components.**Measurements**:- The horizontal distance between joints O\_2, A, and O\_3 is 22.9 units each.- The vertical distance from the base E to the horizontal top (component 1) measures 4.5 units typically.**Joint Identification**:- The primary joints can be inferred as the points where the components connect and pivot.- Based on connections labeled (O\_2, O\_3, etc.), count these pivot points to determine the number of primary joints in the assembly.This description helps in understanding how each part functions within the mechanism and contributes to the movement and stability of the overall system.

Answered: How many primary joints are there in…

Engineering

Mechanical Engineering

How many primary joints are there in this mechanism? 22.9 22.9 /D E 4.5 typ.

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

A mini motorcycle is driven by a combustion engine with mechanical transmission. The 12Hp motor spins at a speed of 1150 rpm. The motorcycle runs at a linear speed of 45 km/h on 12-inch wheels. Preliminary center to center distance is 13”. This type of motorcycle requires two strands (conical double sleeve assembly) and is subjected to hard shocks. a) Calculate the effective power.b) Choice of chain and sprocket. (Standard part number, see catalog)c) Calculate the speed ratio. https://pdf.directindustry.com/pdf/martin-sprocket-gear/general-catalog/9091-246439.html
Select the option that best describes the below mechanism. 22.9 22.9 02 B. 4 4.5 typ. Mechanism O Structure O Preloaded structure O Not enough information is available.
Pls all part
19. The Knuckle Joint is made from SAE 1020 Steel having an allowable tensile strength of 15,000 psi and an allowable shear strength of 7500 psi. The axial load is 1 ton (recall, 1 ton = 2205 lb). Yoke Pin Rod -A The dimensions are as follows: D-0.652 in d-0.652 in c = 0.66 in b = 0.33 in m = 1.306 in e = 0.505 in Determine: a) Tensile stress (psi) at section A-A b) Factor of safety for a) c) Shearing stress (psi) in the pin d) Factor of safety for b) e) Bearing stress (psi) between the pin and the rod f) Factor of safety for e) g) Bearing stress (psi) between the pin and the yoke h) Factor of safety for g) i) Tensile stress (psi) across the hole in the rod j) Factor of safety for i) k) Tensile stress (psi) across the hole in the yoke 1) Factor of safety for k)
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?
A5
A realistic CAD model of the whole jack must be produced.
Find the number of full joints and the degrees of freedom for the mechanism below (each triangle should be treated as a single link). OA.J1₁-7, m=2 OB.J1-7, m-1 OC.J1=6, m=2 O D.J1-6, m=1 O E. None of the above