- General Defences to Criminal Liability Assignment UK
- The Principles of Business and Resource Management for Leaders of Adult Social assignment NVQ Level 5 Assignment UK
- Printed Circuit Board (PCB) Inspection Jig BTEC (RQF) Level 4 Assignment, PC, UK
- Property Law: Research, Case Analysis, and Legal Advice Assignment UK
- SCEE08002 Structural Mechanics 2 Laboratories Assignment UK
- Working in Partnership in Health and Social Care Assignment UK
- Aircraft Structural Mechanics 3 Design & Optimisation Project UK
- Responsibilities of a Health and Social Care Worker NVQ Level 3 Assignment, LCPA UK
- TC50324E: Measurement and Documentation Assignment 1, UOWL, UK
- Business Ethics and Responsible Management Semester 1 Assignment, URBS, UK
- Working in Partnership in Health and Social Care Management Assignment UK
- HH5561 Health Economics and Decision Modelling Assignment, UOG, UK
- Civil CEP: Numerical Analysis Assignment 1, UOB, UK
- CIPD Level 3 Foundation Unit 1 Assignment, OU, UK
- HSC301 State the Roles and Responsibilities Assignment, ILC, UK
- ProQual Level 6 NVQ Diploma in Occupational Health and Safety Practice Assignment UK
- Corporate Finance and Business Valuation Assignment
- HNC-D 10 Financial Accounting Assignment
- MN5612 Digital Marketing Strategy Assignment
- Social Roles In The Caring Professions Assignment Brief
BTEC Level 3: As part of your engineering apprenticeship training you have been moved to your company’s design department to gain further experience: Unit 8 Mechanical Principles of Engineering Systems, Assignment, UOW, UK
University | University of Worcester (UOW) |
Subject | Unit 8: Mechanical Principles of Engineering Systems |
Scenario
As part of your engineering apprenticeship training you have been moved to your company’s design department to gain further experience. Part of your new role will involve assisting with calculations and the chief designer wants to assess your abilities by giving you a test.
Task 1
A component is subjected to the forces as shown in the diagram.
(a). Calculate the forces and moments then copy and complete the table for the force system shown above.
(b). Determine the magnitude and the direction of the resultant of the forces shown in the above diagram.
(c) State the three conditions required for static equilibrium in a two-dimensional system.
(d) State the magnitude and direction of the equilibrant.
(e) Define the moment of a force about a particular point.
(f) Determine the position of the equilibrant.
Are You Looking for Answer of This Assignment or Essay