Category: Mechanical Engineering

need this question to be done urgently in 30 mins, please help. Only bid if you can complete it in 30 mins

Provide a conclusion that summarizes your torsion bar suspension design; materials selected, critical
locations, final geometry, and compare your results (computed factors of safety versus target factors of
safety). Use tables to present numerical results.

NEED HELP WITH ALL THE 3 QUESTIONS. NEED A WELL LABELED SCHEMATIC DIAGRAM, P-V AND T-S DIAGRAMS FOR EACH PROBLEM. NEEDS TO BE DONE IN ALLOTTED TIME. IT IS A THERMODYNAMICS PROBLEMS. ONLY BID IF YOU CAN COMPLETE IT IN GIVEN TIME. NEEDS TO BE HAND WRITTEN AND SHOULD BE LEGIBLE AND CLEAR AND SCANNED WITH PROPER CALCULATIONS AND STEP-WISE.ITS VERY VERY URGENT. THANK YOU.

answer the question
(Please complete the following requests and submit them: 1) Find an example of binary multiplication, understand it, and write it on a piece of paper 2) Find an example of binary division, understand it, and write it on a piece of paper 2) How a number like 3.5 is converted to binary? Show all of your work. 5 points each – 15 points in total)

answer the question
(Please complete the following requests and submit them: 1) Find an example of binary multiplication, understand it, and write it on a piece of paper 2) Find an example of binary division, understand it, and write it on a piece of paper 2) How a number like 3.5 is converted to binary? Show all of your work. 5 points each – 15 points in total)

answer the question
(Please complete the following requests and submit them: 1) Find an example of binary multiplication, understand it, and write it on a piece of paper 2) Find an example of binary division, understand it, and write it on a piece of paper 2) How a number like 3.5 is converted to binary? Show all of your work. 5 points each – 15 points in total)

Download the PDF drawings and create the 3D models for each drawing in Solidworks showing step by step

this is multi part design project read the required, I have all the files and data required for the project

Chapter 5X: Forces in Space, Equilibrium of Forces and Rigid Bodies in 3D
Chapter 6: Friction
Chapters 7 and 8: Center of Gravity, Centroids, Moment of Inertia, Moment of Inertia
Chapter 5X: Equilibrium of Forces and Rigid Bodies in 3D – Learning Objectives:
you should be able to the following in 3D space:
Resolve a force
Compute resultant of concurrent forces
Determine equilibrium of a rigid body
Determine moment of a force about any given axis
Determine magnitude, direction and location of the resultant of a set of parallel forces
Determine the reactions offered by various types of supports
Find forces and moments needed for equilibrium of a rigid body
Chapter 6: Friction – Learning Objectives:
Understand basic ideas of static and kinetic friction
Find angle of friction (angle of repose)
Appreciate mechanical applications of friction:
Wheels
Thrust bearings
Belt drives
Screw jacks
Wedges
Journal bearings
Chapter 7 and 8: Center of Gravity, Centroids, Moment of Inertia – Learning Objectives:
Center of Gravity
Centroid
Moment of Inertia – rectangular and polar
Parallel axis theorem for MI
Structural shapes: simple and composite
Centroids and MIs for simple and composite structural shapes
Radius of gyration and parallel axis theorem

Slickline, wireline, and coiled tubing
Gauge Cutter, Drift, Roop Circuit
GS Pulling Tool, Subsurface ACE Safety Valve, FWG Plug¸ Mechanical Jar
Could you write 7 pages describing and explaining these parts of the oil & gas field?