a.) A 1 degree of freedom closed chain linkage with exactly 7 binary and 3 ternary links and only pin joints. b.) A 2 degree of freedom closed chain linkage with fewest possible binary links and single full joints only. Add degrees of freedom calculation using joints and links verifying mobility.

Q: The different mechanisms that could be obtained by fixing different links in a kinematic chain are…

A: Given Statement:-  The different mechanisms that could be obtained by fixing different links in a…

Q: A planar mechanism has 6 links and 12 rotary joints. The number of degrees Of freedom of the…

A: Given data, n= 6 (no. of links) L= 12 (rotating joints)

Q: Q3) For the mechanism shown in the figure: 1. Determine the numbers of links, joints, and…

A: Solution: Given Data:   To Find: (a) Number of links, joints and Instantaneous centers? (b) List…

Q: Fig. P. 1.15.6 shows schematic of a mechanism. Redraw the free-hand sketch on the answer-book. Find…

A: The schematic of the mechanism is shown in the diagram.We must determine the total number of…

Q: i need a explanation what means the roll and count all nb of (link and j1 and j2) on the graph…

A: Step 1: In this image, a mechanical system with various links and joints is shown. there are three…

Q: Make a two DOF linkage with the amount of seven links. Use links that are quaternary and make sure…

A: Make a two DOF linkage with the amount of seven links.Use links that are quaternary and make sure…

Q: i need her solving with explanation how do I know the grashof condition and the barker clasification…

A: Sure, I can help you with solving the pin-jointed four-bar linkage problem and explain the Grashof…

Q: Explain about controlling torque using Spring control method.   Diagrams – draw neatly , scan and…

A: Controlling torque: The torque which control the movement of the pointer in measuring instruments is…

Q: Explain three position synthesis of four bar chain mechanism by relative pole method.

A: Since we do not have  the desired dimension  assuming  θ12 = 120°,  θ13 = 170° Φ12 = 70° Φ13 = 100°…

Q: Find mobility of given mechanisms through Gruebler's and Kutzbach's Equations

A: Kinematic Inversion as Follows:- Mechanism 1 Mechanism 2   Mechanism 3

Q: The number of DOF of a planar linkage with 10 links and 12 simple revolute joint ?

A: Given: The number of links in a planar linkage is l=10. The number of simple revolute joint j=12.…

Q: Illustrate a crank and slotted lever mechanism as an inversion of single slider crank chain. Deduce…

A: Crank and slotted lever mechanism is obtained by fixing connecting rod of basic single slider crank…

Q: Draw a kinematic diagram for the following mechanisms and suggest a possible real life use for it.

A: We'll calculate the degrees of freedom (D oF) for each mechanism to verify their mobility according…

Q: A sketch of a backhoe is shown in Figure Q2: c) Draw a kinematic diagram of the mechanism. d)…

A: Consider the diagram shown below for the given mechanism. Here, (n): number of joints n: number of…

Q: Grashofs law states that in four bar mechanism sum smallest link length and longest link length is…

A: The given statement is TRUE.

Q: ne crank OA of a mechanism, as shown in Flig. 6.30, rotates clockwise at 120 r.p.m. The lengths of…

A:

Q: A belt drive consists of a flat belt stretched between two pulleys of equal diameter, 400mm, as…

A: As per policy, first 4 parts are answered below:   Part (a): Given, Diameter of pulley = d = 400 mm…

Q: Find out degree of freedom? show number of link and joint

A:

Q: Four-bar mechanism with the following available link lengths: r1vertical = 0.433, r1horizontal= 0.7,…

A:

Q: Is there a two extreme position on this diagram? This diagram makes complete revolution. Also, what…

A: Shortest link=5=s Longest link=20=l P=10 Q=15

Q: Determine the degree of freedom (F) of the mechanism using the general degree of freedom equation.…

A:

Q: Q2. Draw a quick return mechanism that has time ratio between return and forward of 4:7.

A: Given:The quick return ratio or time ratio of the forward stock to return stock is   where the…

Q: Select a crank rocker mechanism and explain it with reference to the following. Number of links and…

A: The objective of the question is to understand the crank rocker mechanism, its components, and its…

Q: Question No. 2: A sketch of an adjustable-height platform used to load and unload freight trucks is…

A: For the kinematic Diagram, we need to solve these first, 1) Identification of the  Frame Here the…

Q: A collection of rigid bodies (Links) connected together with no fixed link is called. Select one: a.…

A: Solution:

Q: Calculate the degree of freedom of the mechanism shown in figure. O a. 2 O b. 1 O c.-1 O d. 0

A:

Q: a four bar chain ABCD, the lengths of crank 3, coupler BC, rocker DC and fixed link AD are O mm, 40…

A:

Q: Draw a kinematic diagram for the following mechanisms and suggest a possible real life use for it.…

A: Kinematic diagrams for the given mechanisms need to be drawn.

Q: Draw the Kinematic Diagram of the following Mechanism (label the links and joints). Then, calculate…

A: Given

Q: For the four-bar linkages below, indicate whether they are Grashof type 1 or 2 and whether they are…

A:

Q: The number of links is L = The number of full joints is j1 = The number of Half joints is J2 = 1 The…

A:

Q: Number the links, starting with 1. (Hint: Don't forget the "ground" link.) Letter the joints…

A: The kinematic drawing of foot support of reclining chair

Q: 13. What is the purpose of a slider-crank mechanism in a 4-bar linkage? a. To convert rotary motion…

A: What is the purpose of a slider-crank mechanism in a 4-bar linkage? Answer: a. To convert rotary…

Q: For the mechanisms shown below determine the number of links, full joints, half joints and the…

A: The solution is provided below.

Q: Tengins Given that p <q<r<s. Which of the

A: Given: p&lt;q&lt;r&lt;s

Q: A four-bar linkage has L1 as frame, L2 as crank, L3 as coupler and L4 as follower. If L1 = 18, L2 =…

A:

Q: Find the mobility (DOF) of the mechanism shown below.

A: To Find mobility of the mechanism

Q: llustrate a crank and slooted lever mechanism as an inversion of single slider crank chain. describe…

A: To describe : An expression for length of stroke in terms of link length. Concept used : A motor is…

Q: a) Define the kinematic pairs? b) Find the degree of freedom of the wiper mechanism given in the…

A: (a) Kinematic pairs : The numerical constructions by which two people from an instrument are…

Q: mechanism shown, and state the character of the assembly. The number of Links L is

A: Identify the number of links, full joints and half joints, and then determine the degree of freedom…

Q: with a length of 7 cm. "A" is on the left side Link 2 (AB) - 2 cm in length. Initially 30 degrees…

A:

Q: i need her solving all part with count the number of link and full joint on the graph very urgent…

A: Analyze the Mechanism:Number of Links (n):Ground link (fixed frame)5 other links (including the…

Q: confused how to add in k5

A: Equivalent spring stiffness: The total of each spring's separate stiffnesses makes up the equivalent…

Q: Report on practical activity related to internal combustion engines. Select any 2 mechanisms related…

A: As report on practical  we are giving the application of IC engine. ***As per out company policy we…

Q: ence per application

A: Introduction:- A four-bar linkage, often known as a four-bar, is the most basic closed-chain…

Q: A mechanism has 5 links, its mobility is equal to?

A:

Q: Figure Q2-2 shows a schematic of a retractable landing gear of aircraft. The retraction mechanism is…

A: (i) Stick diagram of the landing gear without the joint of the wheel,

Q: Identify the number of links, full joints and half joints, and then determine the degree of freedom…

A: Since you have posted a question with multiple sub parts, we will provide the solution only to the…

Power Transmission Elements

It is defined as the energy transfer from one location to another location. The energy will start moving from the energy generation source to the energy applied position to obtain the work output. From this method, a large amount of electric energy moves from the power station to various electrical substations.