1) Give the three assumptions underlying circuit theory.
2)What are the properties of a basic ideal circuit element?
1) Give the three assumptions underlying circuit theory. 2)What are the properties of a basic ideal...
(2) The current at the terminals of an ideal basic circuit element is given by: 0 t<o (5sin (2t - 1/3) otherwise i = {ssin C) entering the element at its upper terminal at t = 0.5s. Calculate the total charge (in (3%)
What are the basic premises and assumptions of conflict theory.
1.What are the four basic assumptions underlying GAAP? 2.Briefly define the financial accounting elements: (1) assets, (2) liabilities, (3) equity, (4) investments by owners, (5) distributions to owners, (6) revenues, (7) expenses, (8) gains, (9) losses, (10) comprehensive income.
Using basic circuit theory for a lumped RC circuit with an ideal voltage source with a finite rise time (call it ), calculate the TOTAL AMOUNT OF ENERGY DISSIPATED by the resistance for the following conditions. a. Assume (i.e. a step input response) Trise Trise = 0 b. Assume Trise =α c. Assume Trise = βRC d. Assume Trise →∞
Name the three, basic, pure and ideal elements used to model mechanical systems. What does pure mean? What does ideal mean? Are these passive or active elements? Which store energy? Which dissipate energy? What are the constitutive equations describing the behavior of each element? What is the energy storage / dissipation expression for each element?
what are the three basic properties shared by all enzymes?
(a) State the properties of an ideal opamp. Give one reason why the assumption that an opamp is ideal is useful when calculating the behaviour of circuits containing opamps? [3] (b) Figure Q3 shows the circuit diagram of an amplifier constructed using an ideal opamp. State the value of the voltage v– appearing at the inverting input of the opamp. Clearly state what properties of an ideal opamp you are assuming. [2] (c) Hence calculate the currents flowing through the...
1. Supermassive Stars: Basic Properties There is a theory, in part developed by your professor, that under extreme conditions in the early Universe, supermassive stars could have formed. Such stars are estimated to have masses of order M. ~ 10>Mo. They are beyond the horizon of what the best available telescopes can currently see, but the upcoming James Webb Space Telescope (JWST) should be able to detect them at redshifts 10. Work out, by employing simplified ('back-of-the-envelope') arguments, some of...
1. Name the assumptions underlying generally accepted accounting principles. Comment on the validity of the stable unit of measurement assumption during periods of high inflation. 2. Identify and discuss the underlying assumptions or concepts of accounting
1) According to kinetic-molecular theory, what makes a substance a gas? 2) What are the two primary assumptions about the atoms or molecules of a gas made by the ideal gas law? Under what conditions are these assumptions most valid? 3) Describe why a gas exerts pressure on a molecular scale.