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Which of the following points are solutions to the system of inequalities shown below?
Check all that apply.
{:[y <= -2x+6],[x > 1]:}
A. (5,-6)
B. (2,1)
C. (1,4)
D. (3,0)
E. (0,6)
F. (2,11)

Which of the following points are solutions to the system of inequalities shown below?\newlineCheck all that apply.\newliney2x+6xgt;1\begin{array}{l}y \leq-2 x+6 \\x&gt;1\end{array}\newlineA. (5,6) (5,-6) \newlineB. (2,1) (2,1) \newlineC. (1,4) (1,4) \newlineD. (3,0) (3,0) \newlineE. (0,6) (0,6) \newlineF. (2,11) (2,11)

Full solution

Q. Which of the following points are solutions to the system of inequalities shown below?\newlineCheck all that apply.\newliney2x+6x>1\begin{array}{l}y \leq-2 x+6 \\x>1\end{array}\newlineA. (5,6) (5,-6) \newlineB. (2,1) (2,1) \newlineC. (1,4) (1,4) \newlineD. (3,0) (3,0) \newlineE. (0,6) (0,6) \newlineF. (2,11) (2,11)
  1. Check Point A Inequality: Check if point A (5,6)(5, -6) satisfies the inequality y2x+6y \leq -2x + 6. Substitute x=5x = 5 and y=6y = -6 into the inequality y2x+6y \leq -2x + 6. 62(5)+6-6 \leq -2(5) + 6 610+6-6 \leq -10 + 6 64-6 \leq -4 Point A satisfies the first inequality: Yes
  2. Check Point A xx: Check if point A (5,6)(5, -6) satisfies the inequality x > 1.5 > 1Point A satisfies the second inequality: Yes
  3. Check Point B Inequality: Check if point B (2,1)(2, 1) satisfies the inequality y2x+6y \leq -2x + 6.\newlineSubstitute x=2x = 2 and y=1y = 1 into the inequality y2x+6y \leq -2x + 6.\newline12(2)+61 \leq -2(2) + 6\newline14+61 \leq -4 + 6\newline121 \leq 2\newlinePoint B satisfies the first inequality: Yes
  4. Check Point B xx: Check if point B (2,1)(2, 1) satisfies the inequality x > 1.2 > 1Point B satisfies the second inequality: Yes
  5. Check Point C Inequality: Check if point C (1,4)(1, 4) satisfies the inequality y2x+6y \leq -2x + 6.\newlineSubstitute x=1x = 1 and y=4y = 4 into the inequality y2x+6y \leq -2x + 6.\newline42(1)+64 \leq -2(1) + 6\newline42+64 \leq -2 + 6\newline444 \leq 4\newlinePoint C satisfies the first inequality: Yes
  6. Check Point C xx: Check if point C (1,4)(1, 4) satisfies the inequality x > 1.\newline1 > 1\newlinePoint C does not satisfy the second inequality: No
  7. Check Point D Inequality: Check if point D (3,0)(3, 0) satisfies the inequality y2x+6y \leq -2x + 6.\newlineSubstitute x=3x = 3 and y=0y = 0 into the inequality y2x+6y \leq -2x + 6.\newline02(3)+60 \leq -2(3) + 6\newline06+60 \leq -6 + 6\newline000 \leq 0\newlinePoint D satisfies the first inequality: Yes
  8. Check Point D xx: Check if point D (3,0)(3, 0) satisfies the inequality x > 1.\newline3 > 1\newlinePoint D satisfies the second inequality: Yes
  9. Check Point E Inequality: Check if point E (0,6)(0, 6) satisfies the inequality y2x+6y \leq -2x + 6. Substitute x=0x = 0 and y=6y = 6 into the inequality y2x+6y \leq -2x + 6. 62(0)+66 \leq -2(0) + 6 60+66 \leq 0 + 6 666 \leq 6 Point E satisfies the first inequality: Yes
  10. Check Point EE x: Check if point E(0,6)E (0, 6) satisfies the inequality x > 1.\newline0 > 1\newlinePoint EE does not satisfy the second inequality: No
  11. Check Point F Inequality: Check if point F (2,11)(2, 11) satisfies the inequality y2x+6y \leq -2x + 6. Substitute x=2x = 2 and y=11y = 11 into the inequality y2x+6y \leq -2x + 6. 112(2)+611 \leq -2(2) + 6 114+611 \leq -4 + 6 11211 \leq 2 Point F does not satisfy the first inequality: No

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