\( 24 \times 3= \) \( 4 \times 16= \) \( 6 \times 73= \) \( 54 \div 3= \) \( 32 \div 2= \) \( 45 \times 2= \) \( 17 \times 5= \) \( 90 \div 5= \) \( 51 \div 3= \) \( 26 \times 3= \) \( 16 \times 5= \) \( 91 \div 7= \) \( 72 \div 2= \) \( 5 \times 15= \) \( 49 \times 7= \) \( 2 \times 16= \) (3)

2. \( \left(\frac{1}{2}\right)^{2 x}=2^{3}-x \)

Solve using the Quadratic Formula. \( \begin{array}{l}5 x^{2}+x+3=0 \\ x=\frac{-1 \pm i \sqrt{59}}{10} \\ x=\frac{-1 \pm 2 \sqrt{15}}{10} \\ x=\frac{-1 \pm 2 i \sqrt{15}}{2} \\ x=\frac{-1 \pm i \sqrt{59}}{2}\end{array} \)

Determine the number and type of solutions of the quadratic equation. \( x^{2}+10 x-25=0 \) one real solution one imaginary solution two imaginary solutions two real solutions

(6) Determina la distancia entre el punto y la recta da- dos. a. \( (2,2) ; 2 x-3 y-4=0 \) b. \( (-5,2) ; 3 x+7 y+5=0 \) c. \( (-7,-2) ; 4 y+x=2 \) d. \( (3,0) ; y=2 x+23 \) e. \( (2,-3) ; 5 x+1=y \)

Determine the number and type of solutions of \( -x^{2}-2 x-4=0 \). one real and one imaginary solution two imaginary solutions two real solutions one real solutions