- T313 Renewable Energy Tutor-Marked Assignment – 01
- Pearson BTEC Level 4 Unit 4014 Production Engineering for Manufacture Assignment
- B99TG Introduction to Process Technology Assignment 1 β Mass Balances
- Financial Management Assignment 02 : Deira Trading Plc, Palm Properties Plc & Lux Cars
- Construction Project Management (CMP) Assessment 2
- Level 4 Skills Formative Writing Assessment Brief AY25-26
- Unit 2 70158R Patient Monitoring and Clinical Skills Level 4 BTEC Assignment Brief
- 603/3106/9 Level 6 NVQ Diploma in Occupational Health and Safety Practice Qualification Specification
- BTEC Level 3 UNIT 2 Communications for Engineering Technicians U2A1 Assignment Brief Β
- Unit L/650/1136 Level 4 Assessment Processes in Health and Social Care Settings Assignment Brief
- Unit M/6501137 Level 4 Resource Management in Health and Social Care Assignment Brief
- Finance Assignment : Infographic on the Importance and Development of Trust in Retail Finance and Benefits that Can be Attained
- M/6501119 Level 4 Principles of Health and Safety for Health Professions Assignment
- Technical Report Assignment β Maintenance Workshop Evaluation (C11b)
- HSC301 Qualifi Assignment Worksheet: An Introduction to Health and Social Care
- M/650/1119 Principles of Health and Safety for Health Professions Assignment Brief
- Data Science Project Assignment Brief: A Practical Approach to Solving Real-World Problems Using Machine Learning and Data Analysis Techniques
- CACHE Level 3 Awards in Health and Social Care β Tutor Marked Assignment 3A.
- SWK.248 Social Work Communication Techniques Assessment Essay- University of Nigeria, Nsukka
- 3CO03 Core Behaviours for people professionals Learner Assessment Brief
In a circuit under test, a resistor R, is connected in series with an inductor L. An a.c. current ππ: Engineering Maths Assignment, UK
| Subject | Engineering Maths Assignment |
Task 2:
a) In a circuit under test, a resistor R, is connected in series with an inductor L. An a.c. current ππ, flows through this R-L combination, causing a voltage (πππ π ) of οΏ½ 40 7 οΏ½ ππ to be developed across the resistor, and a voltage (πππΏπΏ) of οΏ½ 30 7 οΏ½ ππ to be developed across the inductor.
πππ π is in-phase with ππ, and πππΏπΏ leads ππ by 90ππ. Draw a vector diagram for this arrangement and calculate the magnitude of the total voltage across the whole R-L combination.
b) You are measuring the force F, acting on an electrical conductor, which is subject to a strong magnetic field. The current may be modelled in three dimensional space as: πΌπΌ = β7ππ β 6ππ + 9ππ and the magnetic field as: π΅π΅ = 5ππ β 3ππ + 4ππ Determine the force F, as the cross product of the current vector and magnetic field vector, (i.e., find πΌπΌ Γ π΅π΅). Using a 3-dimensional Cartesian axis system, draw all three vectors, or use software to do so.
c) Using the dot product, determine the angle between the current vector and the magnetic field vector.
Are You Looking for Answer of This Assignment or Essay
Get our engineering assignment writing services to solve your Engineering Math Assignment task. our assignment writing service uk provides all types of engineering assignment solutions. if you need an assignment solution for any subject you can contact us any time.
Answer
