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To shift the graph of an equation a certain number of units up you need to that number to from the function's equation?
Add
Shifting the graph of an equation up or down is called?
vertical translations
The graph of a line goes up and to the right when?
For a straight line graph, if the equation of the graph is written is the slope-intercept form, then the line goes up and to the right when the coefficient of x is positive.
What are the new coordinates of point p if pqr is translated 3 units to the right up and 2 units up?
The new coordinates are(3 + the old 'x', 2 + the old 'y')
How does the pattern of a change for a linear relationship show up in a table graph and an equation of the relationship?
you put in what x is and solve it for y! thats the answer!
What is the graph of the equation y equals x translated 4 units up?
It is y = x + 4
What is the equation if the graph of fx3x is translated up 4 units?
I am not entirely sure what the equation is supposed to be. However, to translate something 4 units up (4 units in the y-direction), simply replace every "y" in your equation by "y - 4". Simplify the result if you want.
To shift the graph of an equation a certain number of units up you need to that number to from the function's equation?
Add
What is an equation for 14 units up translated of y equals x?
y = x + 14.
What does increasing the constant c by 4 units in an equation of the form y ax2 c do to its graph?
I'm guessing that your equation is y = ax² + c (as there are limitations as to what punctuation, including mathematical symbols, can be put in a question). Increasing c by 4 units shifts the graph 4 units up the y-axis. If you equation was y = ax² - c, then increasing c by 4 units shifts the graph 4 units down the y-axis.
How is the graph of log x 6 translated from the graph of log x?
The graph of ( \log(x) + 6 ) is a vertical translation of the graph of ( \log(x) ) upwards by 6 units. This means that every point on the graph of ( \log(x) ) is shifted straight up by 6 units, while the shape and orientation of the graph remain unchanged. The domain of the function remains the same, which is ( x > 0 ).
When you shift the graph of an equation up or down does every instance of x in the equation change?
Yes, for example if you have y=x but you shifted the equation up 3 units hence: y=x+3. than you will receive a different y from every instance (point) of x. Reference: collegemathhelper.com/2015/11/horizontal-graph-transformations-for.html
What is the relationship between a linear equation and its line on a graph?
Since the geraph is a picture of the equation, it's almost a father and son relationship. The equation begets the graph. The graph, in turn, admires and looks up to the equation.
What is the translation 2 units up of the graph of y x?
The translation of the graph of ( y = x ) 2 units up results in the new equation ( y = x + 2 ). This means that every point on the original line is shifted vertically upwards by 2 units, maintaining the same slope of 1. The new graph still has a diagonal orientation but intersects the y-axis at ( (0, 2) ) instead of at the origin.
What is the effect on the graph of the equation 4x plus 2y equals 12 is changed to 36?
I guess you mean 4x + 2y = 12 is changed to 4x + 2y = 36. The graph is translated (shifted) up the 7 axis by 24.
Graph the equation y equals 2x plus 1?
So, if we see the basic equation y=mx+b, we see that m=2, and b=1. If you look closely, this is basic rotation and translation of the original graph. First, I would translate the "mother graph" (y=mx) and then translate one up. Then, we would rotate the graph to the right two units.
Shifting the graph of an equation up or down is called?
vertical translations
