Answer:
it is not always possible to find their intersection point for e.g take
y=x-1 it's inverse is y=x+1 so their is no intersection point but generally u find intersection points by equalizing their functions
f(x)=f^-1(x)
Answer:
Step-by-step explanation:
<u>Linear Combination Of Vectors
</u>
One vector is a linear combination of and if there are two scalars such as
In our case, all the vectors are given in but there are only two possible components for the linear combination. This indicates that only two conditions can be used to determine both scalars, and the other condition must be satisfied once the scalars are found.
We have
We set the equation
Multiplying both scalars by the vectors
Equating each coordinate, we get
Adding the first and the third equations:
Replacing in the first equation
We must test if those values make the second equation become an identity
The second equation complies with the values of and , so the solution is
Answer:
is there a formula in the notes if so put it in then it might help out
Step-by-step explanation:
First of all, we need to know:
3^3 = 3 x 3 x 3 = 9 x 3 =
27So:
So, your answer is
D.