Reference no: EM133884940
Apply Technical Mathematics
Question 1: What are complex numbers?
Question 2: Discuss the key rules to follow for solving linear equations.
Question 3: What are analytical solutions?
Question 4: What is trigonometry?
Question 5: What is MATLAB?
Question 6: What can be created using MATLAB?
Question 7: List the key methods or techniques to convert numbers from one base to another.
Question 8: What is a polynomial?
Question 9: What are the main types of graphs that are commonly used in mathematics?
Class Activities:
Activity 1:
A vector can represent the magnitude and direction of most forces. It must be specified where it will be used. A vector is represented by a line whose length is proportional to the magnitude on some scale and an arrow indicating the direction. As a warm-up, write down any words which come to your mind when you think of applying technical mathematics to engineering problems. Get online assignment help services Now!
Activity 2:
On your own, or with a partner, take another look at the list above. Rank each point in order of importance to you. Then, (if you are working with another person), compare your results with your partner. If you are working alone, use the space below to make some reflections on your list.
Points for reflection:
Which aspect of applying technical mathematics to engineering problems is the most important to you? Why?
Which is the least important? Why?
Do you think that different aspects may be more or less important to you and to others at different points of the lifespan? Why do you think people's priorities may change at different points in time?