Q. There is no difference between a difference equation and a differential equation.

View solution

Q. For the existence of the nᵗʰ (n is varying from 1 to until the derivative is becoming 0) derivative of an equation, the equation should have __________

View solution

Q. The output for diff(p²,q) is _______

View solution

Q. What is the nature of ode45 solver?

View solution

Q. Ordinary differential equations having initial values ____________

View solution

Q. The current characteristics of RC networks are better analyzed by Laplace than differentiation methods.

View solution

Q. While solving a differential equation, MATLAB will show us the ___________

View solution

Q. An example of a function whose derivative (any order) with respect to x is never 0, in MATLAB, is _______

View solution

Q. The method of differentiation in MATLAB is pertinent for getting __________

View solution

Q. The ode 23 solver is for higher accuracy.

View solution

Q. The ode45 takes the function as ___________

View solution

Q. There are 7 ODE solvers in MATLAB.

View solution

Q. The int() function gives the __________

View solution

Q. What will be the command to find the current through a 1H inductor (no initial current) whose voltage changes by v=t²?

View solution

Q. The command quad() cannot do ______ integrals.

View solution

Q. The code quad(‘x.^2’,-3,2) is same as ___________

View solution

Q. The capacitor voltage due to a current of i=t⁴ with v(0+)=3 is found from using _________

View solution

Q. The accuracy of quad() is ___________

View solution

Q. Double integration of a function can be done by using the _____ command.

View solution

Q. How will ∫eˣ⁄x look like, in MATLAB?

View solution