How to graph a two-step inequality - SAT Math

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Question

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities:

$x\leq k$ , where is a positive constant

$0\leq y\leq 12x$

Which of the following expressions, in terms of ___, is equivalent to the area of D?

Answer

Compare your answer with the correct one above

Question

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities:

$x\leq k$ , where is a positive constant

$0\leq y\leq 12x$

Which of the following expressions, in terms of ___, is equivalent to the area of D?

Answer

Compare your answer with the correct one above

Question

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities:

$x\leq k$ , where is a positive constant

$0\leq y\leq 12x$

Which of the following expressions, in terms of ___, is equivalent to the area of D?

Answer

Compare your answer with the correct one above

Question

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities:

$x\leq k$ , where is a positive constant

$0\leq y\leq 12x$

Which of the following expressions, in terms of ___, is equivalent to the area of D?

Answer

Compare your answer with the correct one above

Question

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities:

$x\leq k$ , where is a positive constant

$0\leq y\leq 12x$

Which of the following expressions, in terms of ___, is equivalent to the area of D?

Answer

Compare your answer with the correct one above

Question

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities:

$x\leq k$ , where is a positive constant

$0\leq y\leq 12x$

Which of the following expressions, in terms of ___, is equivalent to the area of D?

Answer

Compare your answer with the correct one above

Question

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities:

$x\leq k$ , where is a positive constant

$0\leq y\leq 12x$

Which of the following expressions, in terms of ___, is equivalent to the area of D?

Answer

Compare your answer with the correct one above

Question

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities:

$x\leq k$ , where is a positive constant

$0\leq y\leq 12x$

Which of the following expressions, in terms of ___, is equivalent to the area of D?

Answer

Compare your answer with the correct one above

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How to graph a two-step inequality - SAT Math

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities: , where is a positive constant Which of the following expressions, in terms of ___, is equivalent to the area of D?

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities: , where is a positive constant Which of the following expressions, in terms of ___, is equivalent to the area of D?

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities: , where is a positive constant Which of the following expressions, in terms of ___, is equivalent to the area of D?

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities: , where is a positive constant Which of the following expressions, in terms of ___, is equivalent to the area of D?

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities: , where is a positive constant Which of the following expressions, in terms of ___, is equivalent to the area of D?

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities: , where is a positive constant Which of the following expressions, in terms of ___, is equivalent to the area of D?

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities: , where is a positive constant Which of the following expressions, in terms of ___, is equivalent to the area of D?

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities: , where is a positive constant Which of the following expressions, in terms of ___, is equivalent to the area of D?

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities:

$x\leq k$ , where is a positive constant

$0\leq y\leq 12x$

Which of the following expressions, in terms of ___, is equivalent to the area of D?

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities:

$x\leq k$ , where is a positive constant

$0\leq y\leq 12x$

Which of the following expressions, in terms of ___, is equivalent to the area of D?

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities:

$x\leq k$ , where is a positive constant

$0\leq y\leq 12x$

Which of the following expressions, in terms of ___, is equivalent to the area of D?

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities:

$x\leq k$ , where is a positive constant

$0\leq y\leq 12x$

Which of the following expressions, in terms of ___, is equivalent to the area of D?

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities:

$x\leq k$ , where is a positive constant

$0\leq y\leq 12x$

Which of the following expressions, in terms of ___, is equivalent to the area of D?

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities:

$x\leq k$ , where is a positive constant

$0\leq y\leq 12x$

Which of the following expressions, in terms of ___, is equivalent to the area of D?

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities:

$x\leq k$ , where is a positive constant

$0\leq y\leq 12x$

Which of the following expressions, in terms of ___, is equivalent to the area of D?

Let D be the region on the (x,y) coordinate plane that contains the solutions to the following inequalities:

$x\leq k$ , where is a positive constant

$0\leq y\leq 12x$

Which of the following expressions, in terms of ___, is equivalent to the area of D?