The general form of a solution of the differential equation is already provided for us:
where 
. We now want to find a solution 
such that 
and 
. Therefore, all we need to do is find the constants 
and 
that satisfy the initial conditions. For the first condition, we have:
For the second condition, we need to find the derivative 
first. In this case, we have:
Therefore:
This means that we must solve the following system of equations:
If we add the equations above, we get:
If we now substitute 
into either of the equations in the system, we get:
This means that the solution obeying the initial conditions is:
Indeed, we can see that:
which do correspond to the desired initial conditions.
Hello! Your answer will be 6 square units. If you need an explanation let me know! Have a nice day :)!
3x+2(x-1)-4
=3x+2x-2-4
=5x-6
Ans: Option A.
The answer is (-160) because you need to plug in the numbers for the equation 6 times
Answer:
Aristotle
Step-by-step explanation:
Aristotle is widely known as a Greek philosopher. His works cover a wide range of topics and subjects, including subjects relating to science, arts, and finance.
Throughout his lifetime as a philosopher he was known to utilize logic, preparing empirical observations, and performing dissections as all part of his scientific studies.
Hence, in this case, the correct answer is ARISTOTLE
