It is impossible to answer the question without specific knowledge of the function and the nature of the translation.
It could be simply a vertical translation by 6 units but it could also be a horizontal translation by some amount (insufficient information to say how much), or a mixture of the two (again not enough info).
The starting point on the y-axis changes from -2 to 6.
On a 2 dimensional graph, the Y value is the same in each point on a horizontal line. The X value, however, changes. For example, the line Y=7 is an horizontal line; The Y value for every point on the line is 7, yet the X value changes. It is worth pointing out that the line will be straight.
You can graph X -4 2 and slope 3 2 by first finding the values of X and Y and then using those values to sketch your graph.
It is the graph of a quadratic equation of the formy = ax^2 + bx + c
The graph must have at least one intercept.
5
The starting point on the y-axis changes from -2 to 6.
For a polynomial of order n there are n+1 coefficients that can be changed. There are therefore 2^(n+1) related polynomials with coefficients of the same absolute values. All these generate graphs whose shapes differ.If only the constant coefficient is switched, the graph does not change shape but moves vertically. If every coefficient is switched then the graph is reflected in the horizontal axis. For all other sign changes, there are intermediate changes in the shape of the graph.
Any 2-dimensional graph - column/bar, line, scattergram will do the trick. It is difficult, though not impossible, to show such a relationship with a series of pie charts.
a bar graph is just a graph but a double bar graph compares 2 things!
solar energy changes adp into atp.
On a 2 dimensional graph, the Y value is the same in each point on a horizontal line. The X value, however, changes. For example, the line Y=7 is an horizontal line; The Y value for every point on the line is 7, yet the X value changes. It is worth pointing out that the line will be straight.
Any graph with the slope of -1/2
You can graph X -4 2 and slope 3 2 by first finding the values of X and Y and then using those values to sketch your graph.
Step 1. Determine what will be on the graph. Step 2. Make the graph.
It is the graph of a quadratic equation of the formy = ax^2 + bx + c
Yes, a position-time graph can be created from a velocity-time graph by integrating the velocity values over time. By finding the area under the velocity-time curve, you can determine how the position of an object changes over time.