Determine all possible quadrants in which the point can be located. Assume y ≠ 0 y
eq 0 y  = 0 . ( − 3 , y ) ( - 3 , y ) ( − 3 , y ) y is a real numberA) Quadrants I and IIB) Quadrants III and IVC) Quadrants IV and ID) Quadrants II and IIIE) Quadrants II and IV

Question

Determine all possible quadrants in which the point can be located. Assume   y ≠ 0 y 
eq 0 y  = 0   .   ( − 3 , y )  ( - 3 , y )  ( − 3 , y )    y is a real numberA) Quadrants I and IIB) Quadrants III and IVC) Quadrants IV and ID) Quadrants II and IIIE) Quadrants II and IV

Jayden Thorpe · Accepted Answer

Final Answer : D, Explanation : The point ( − 3 , y ) (-3, y) ( − 3 , y ) has a negative x-coordinate and an unspecified (non-zero) y-coordinate. This means it can either be in Quadrant II (if 0> y > 0 y > 0 y > 0 ) or Quadrant III (if y < 0 y < 0 y < 0 ).

Determine all possible quadrants in which the point can be located. Assume $\neq 0$ . $(- 3, y)$ y is a real number

A) Quadrants I and II
B) Quadrants III and IV
C) Quadrants IV and I
D) Quadrants II and III
E) Quadrants II and IV

Definitions

Learning Objectives

Learning Objectives

Related questions

Determine all possible quadrants in which the point can be located. Assume y≠0y \neq 0y=0 . (−3,y) ( - 3 , y ) (−3,y) y is a real numberA) Quadrants I and IIB) Quadrants III and IVC) Quadrants IV and ID) Quadrants II and IIIE) Quadrants II and IV

Definitions

Learning Objectives

Learning Objectives

Related questions

Determine all possible quadrants in which the point can be located. Assume $\neq 0$ . $(- 3, y)$ y is a real number

A) Quadrants I and II
B) Quadrants III and IV
C) Quadrants IV and I
D) Quadrants II and III
E) Quadrants II and IV