The Graph Of Xy = 12 Is Translated Down 6 Units And To The Left 4 Units. Which Equation Could Represent The Translated Graph?

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The Graph Of Xy = 12 Is Translated Down 6 Units And To The Left 4 Units. Which Equation Could Represent The Translated Graph?. There’s just one step to solve this. Y = f(x+2) moves left 2.

Solved The point E(6,2) is translated 6 units left and 6 units down
Solved The point E(6,2) is translated 6 units left and 6 units down from www.gauthmath.com

Find where the expression 12 x 12 x is undefined. To graph the translated graphs, we can move the given graph left/right/up/down using the above. If the graph of y = f (x) is translated a units horizontally and b units vertically, then the equation of the translated graph is y − b = f ( x − a ).

To Graph The Translated Graphs, We Can Move The Given Graph Left/Right/Up/Down Using The Above.


The original equation is $$xy = 12$$xy = 12. The correct answer is 59 9. Learn about transforming graphs including translations of graphs for your gcse maths exam.

X = 0 X = 0.


If the graph of y = f (x) is translated a units horizontally and b units vertically, then the equation of the translated graph is y − b = f ( x − a ). The equation of the translated image can be found using the transformation formula. For in a translation, every point on the graph moves.

Y = F(X+2) Moves Left 2.


Not the question you’re looking for? None of the options match the derived equation. There’s just one step to solve this.

Divide Each Term In Xy = 12 X Y = 12 By X X And Simplify.


Find where the expression 12 x 12 x is undefined. To express $$y$$y in terms of $$x$$x, we rewrite it as $$y = \frac {12} {x}$$y = x12. When the graph of an equation in the form a x + b y = c, where a, b, and c are constants, is translated down k units in the xy.

Y = F(X) + 2 Moves Up 2.


This revision note covers the key concepts and worked examples. Consider the rational function r(x) = axn bxm r.

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