Triangle $$H J K$$ is graphed on the coordinate grid. Triangle $$H J K$$ will be transformed using the rule $$(x, y) \rightarrow(-x, y)$$ to create triangle $$H^{\prime} J^{\prime} K^{\prime}$$. ![](http://admin.getprephub.com/media/editor/Screenshot%202023-06-07%20at%205.35.53%20PM_20230607153608814749.png) Which graph represents triangle $$H^{\prime} J^{\prime} K^{\prime}$$ ?

Answer Given that, Triangle $$H J K$$ will be transformed using the rule $$(x, y) \rightarrow(-x, y)$$ to create triangle $$H^{\prime} J^{\prime} K^{\prime}$$. $$(x, y) \rightarrow(-x, y)$$ implies that Triangle $$H J K$$ is reflected about y-axis. Co-ordinate of $$H$$ is $$(2,3)$$, $$K$$ is $$(6,1)$$, $$J$$ is $$(4,7)$$, After transformation, Co-ordinate of $$H^{\prime}$$ is $$(-2,3)$$, $$K^{\prime}$$ is $$(-6,1)$$, $$J^{\prime}$$ is $$(-4,7)$$. Therefore, the correct diagram is ![](http://admin.getprephub.com/media/editor/Screenshot%202023-06-07%20at%205.39.42%20PM_20230607153951568782.png)

Prephub

Question

Difficulty Level:

Medium

MCQ

Triangle $H J K$ is graphed on the coordinate grid. Triangle $H J K$ will be transformed using the rule $(x, y) \rightarrow(-x, y)$ to create triangle $H^{\prime} J^{\prime} K^{\prime}$ .

Which graph represents triangle $H^{\prime} J^{\prime} K^{\prime}$ ?

Select all that apply :

0 Claps

－ Create Free Account

Create a free account to view solution to this Question

By signing up, you accept PrepHub’sterms of serviceand dataprivacy policy.

－ Create Free Account

Create a free account to view solution to this Question

By signing up, you accept PrepHub’sterms of serviceand dataprivacy policy.