Answer:
The solution for this differential equation is
Step-by-step explanation:
This differential equation is a separable First-Order ordinary differential equation.
We know this because a first-order differential equation is separable if and only if it can be written as
where <em>f</em> and <em>g</em> are known functions.
And we have
To solve this differential equation we need to integrate both sides
We can make a new constant of integration
We need to isolate y
We have the initial conditions y(0)=2 so we can find the value of the constant of integration for
For there is not solution for in the domain of real numbers.
The solution for this differential equation is
is in the fourth quadrant. Hence,
From a right triangle (check out the attachment) we get
Answer:
nooooooooooooooooo I'm ok
I maybe totally wrong but i want to say either A or C. A nonreal number is any number that when multiplied by itseld produces a negative number.
Answer:
3
Step-by-step explanation:
Solving the inequality
2x-1>=5
2x>=6
x>=3
The graph should have a shaded circle on 3 and a line pointing to values increasing.