Graph a Parabola - Pre-Calculus
Card 0 of 12
Which of the following could be the graph of f(x)?
Which of the following could be the graph of f(x)?
Tap to see back →
Which of the following could be the graph of f(x)?
Begin by realizing this must be a downward facing parabola with its vertex at (0,3)
We know this because of the negative sign in front of the 5, and by the constant term of 3 on the end.
This narrows our options down to 2. One is much narrower than the other, although it may seem counterintuitive, the narrower one is what we need. This is because for every increase in x, we get a corresponding increase of times 5 in y. This translates to a graph that will get to higher values of y faster than a basic parabola. So, we need the graph below. to further confirm, try to find f(1)
So, the point (1,-2) must be on the graph, which means we must have:
Which of the following could be the graph of f(x)?
Begin by realizing this must be a downward facing parabola with its vertex at (0,3)
We know this because of the negative sign in front of the 5, and by the constant term of 3 on the end.
This narrows our options down to 2. One is much narrower than the other, although it may seem counterintuitive, the narrower one is what we need. This is because for every increase in x, we get a corresponding increase of times 5 in y. This translates to a graph that will get to higher values of y faster than a basic parabola. So, we need the graph below. to further confirm, try to find f(1)
So, the point (1,-2) must be on the graph, which means we must have:
Describe the orientation of a parabola with the following equation:
Describe the orientation of a parabola with the following equation:
Tap to see back →
The coefficient of the squared term tells us whether the parabola faces up or down. Parabolas in general, as in the parent function, are in the shape of a U. In the equation given, the coefficient of the squared term is 
. Generally, if the coefficient of the squared term is positive, the parabola faces up. If the coefficient is negative, the parabola faces down. Since 
is negative, our parabola must face down.
The coefficient of the squared term tells us whether the parabola faces up or down. Parabolas in general, as in the parent function, are in the shape of a U. In the equation given, the coefficient of the squared term is
Describe the orientation of the parabola below:
Describe the orientation of the parabola below:
Tap to see back →
The coefficient of the squared term tells us whether the parabola faces up or down. Parabolas in general, as in the parent function, are in the shape of a U. In the equation given, the coefficient of the squared term is 
. Generally, if the coefficient of the squared term is positive, the parabola faces up. If the coefficient is negative, the parabola faces down. Since 
is positive, our parabola must face up.
The coefficient of the squared term tells us whether the parabola faces up or down. Parabolas in general, as in the parent function, are in the shape of a U. In the equation given, the coefficient of the squared term is
Which of the following could be the graph of f(x)?
Which of the following could be the graph of f(x)?
Tap to see back →
Which of the following could be the graph of f(x)?
Begin by realizing this must be a downward facing parabola with its vertex at (0,3)
We know this because of the negative sign in front of the 5, and by the constant term of 3 on the end.
This narrows our options down to 2. One is much narrower than the other, although it may seem counterintuitive, the narrower one is what we need. This is because for every increase in x, we get a corresponding increase of times 5 in y. This translates to a graph that will get to higher values of y faster than a basic parabola. So, we need the graph below. to further confirm, try to find f(1)
So, the point (1,-2) must be on the graph, which means we must have:
Which of the following could be the graph of f(x)?
Begin by realizing this must be a downward facing parabola with its vertex at (0,3)
We know this because of the negative sign in front of the 5, and by the constant term of 3 on the end.
This narrows our options down to 2. One is much narrower than the other, although it may seem counterintuitive, the narrower one is what we need. This is because for every increase in x, we get a corresponding increase of times 5 in y. This translates to a graph that will get to higher values of y faster than a basic parabola. So, we need the graph below. to further confirm, try to find f(1)
So, the point (1,-2) must be on the graph, which means we must have:
Describe the orientation of a parabola with the following equation:
Describe the orientation of a parabola with the following equation:
Tap to see back →
The coefficient of the squared term tells us whether the parabola faces up or down. Parabolas in general, as in the parent function, are in the shape of a U. In the equation given, the coefficient of the squared term is . Generally, if the coefficient of the squared term is positive, the parabola faces up. If the coefficient is negative, the parabola faces down. Since is negative, our parabola must face down.
The coefficient of the squared term tells us whether the parabola faces up or down. Parabolas in general, as in the parent function, are in the shape of a U. In the equation given, the coefficient of the squared term is
Describe the orientation of the parabola below:
Describe the orientation of the parabola below:
Tap to see back →
The coefficient of the squared term tells us whether the parabola faces up or down. Parabolas in general, as in the parent function, are in the shape of a U. In the equation given, the coefficient of the squared term is . Generally, if the coefficient of the squared term is positive, the parabola faces up. If the coefficient is negative, the parabola faces down. Since is positive, our parabola must face up.
The coefficient of the squared term tells us whether the parabola faces up or down. Parabolas in general, as in the parent function, are in the shape of a U. In the equation given, the coefficient of the squared term is
Which of the following could be the graph of f(x)?
Which of the following could be the graph of f(x)?
Tap to see back →
Which of the following could be the graph of f(x)?
Begin by realizing this must be a downward facing parabola with its vertex at (0,3)
We know this because of the negative sign in front of the 5, and by the constant term of 3 on the end.
This narrows our options down to 2. One is much narrower than the other, although it may seem counterintuitive, the narrower one is what we need. This is because for every increase in x, we get a corresponding increase of times 5 in y. This translates to a graph that will get to higher values of y faster than a basic parabola. So, we need the graph below. to further confirm, try to find f(1)
So, the point (1,-2) must be on the graph, which means we must have:
Which of the following could be the graph of f(x)?
Begin by realizing this must be a downward facing parabola with its vertex at (0,3)
We know this because of the negative sign in front of the 5, and by the constant term of 3 on the end.
This narrows our options down to 2. One is much narrower than the other, although it may seem counterintuitive, the narrower one is what we need. This is because for every increase in x, we get a corresponding increase of times 5 in y. This translates to a graph that will get to higher values of y faster than a basic parabola. So, we need the graph below. to further confirm, try to find f(1)
So, the point (1,-2) must be on the graph, which means we must have:
Describe the orientation of a parabola with the following equation:
Describe the orientation of a parabola with the following equation:
Tap to see back →
The coefficient of the squared term tells us whether the parabola faces up or down. Parabolas in general, as in the parent function, are in the shape of a U. In the equation given, the coefficient of the squared term is . Generally, if the coefficient of the squared term is positive, the parabola faces up. If the coefficient is negative, the parabola faces down. Since is negative, our parabola must face down.
The coefficient of the squared term tells us whether the parabola faces up or down. Parabolas in general, as in the parent function, are in the shape of a U. In the equation given, the coefficient of the squared term is
Describe the orientation of the parabola below:
Describe the orientation of the parabola below:
Tap to see back →
The coefficient of the squared term tells us whether the parabola faces up or down. Parabolas in general, as in the parent function, are in the shape of a U. In the equation given, the coefficient of the squared term is . Generally, if the coefficient of the squared term is positive, the parabola faces up. If the coefficient is negative, the parabola faces down. Since is positive, our parabola must face up.
The coefficient of the squared term tells us whether the parabola faces up or down. Parabolas in general, as in the parent function, are in the shape of a U. In the equation given, the coefficient of the squared term is
Which of the following could be the graph of f(x)?
Which of the following could be the graph of f(x)?
Tap to see back →
Which of the following could be the graph of f(x)?
Begin by realizing this must be a downward facing parabola with its vertex at (0,3)
We know this because of the negative sign in front of the 5, and by the constant term of 3 on the end.
This narrows our options down to 2. One is much narrower than the other, although it may seem counterintuitive, the narrower one is what we need. This is because for every increase in x, we get a corresponding increase of times 5 in y. This translates to a graph that will get to higher values of y faster than a basic parabola. So, we need the graph below. to further confirm, try to find f(1)
So, the point (1,-2) must be on the graph, which means we must have:
Which of the following could be the graph of f(x)?
Begin by realizing this must be a downward facing parabola with its vertex at (0,3)
We know this because of the negative sign in front of the 5, and by the constant term of 3 on the end.
This narrows our options down to 2. One is much narrower than the other, although it may seem counterintuitive, the narrower one is what we need. This is because for every increase in x, we get a corresponding increase of times 5 in y. This translates to a graph that will get to higher values of y faster than a basic parabola. So, we need the graph below. to further confirm, try to find f(1)
So, the point (1,-2) must be on the graph, which means we must have:
Describe the orientation of a parabola with the following equation:
Describe the orientation of a parabola with the following equation:
Tap to see back →
The coefficient of the squared term tells us whether the parabola faces up or down. Parabolas in general, as in the parent function, are in the shape of a U. In the equation given, the coefficient of the squared term is . Generally, if the coefficient of the squared term is positive, the parabola faces up. If the coefficient is negative, the parabola faces down. Since is negative, our parabola must face down.
The coefficient of the squared term tells us whether the parabola faces up or down. Parabolas in general, as in the parent function, are in the shape of a U. In the equation given, the coefficient of the squared term is
Describe the orientation of the parabola below:
Describe the orientation of the parabola below:
Tap to see back →
The coefficient of the squared term tells us whether the parabola faces up or down. Parabolas in general, as in the parent function, are in the shape of a U. In the equation given, the coefficient of the squared term is . Generally, if the coefficient of the squared term is positive, the parabola faces up. If the coefficient is negative, the parabola faces down. Since is positive, our parabola must face up.
The coefficient of the squared term tells us whether the parabola faces up or down. Parabolas in general, as in the parent function, are in the shape of a U. In the equation given, the coefficient of the squared term is