(i) P(5,0)(ii) Q(0−2)(iii) R(−4,0)(iv) S(0,5)2. Let ABCD be a square of side 2a. Find the coordinates of the vertices of this square when(i) A coincides with the origin and AB and AD are along OX and OY respectively.(ii) The centre of the square is at the origin and coordinate axes are parallel to the sides AB and AD respectively.BASED ON LOTS3. The base Q(0−2)2 of two equilateral triangles Q(0−2)3 and Q(0−2)4 with side 2a lies along Q(0−2)6-axis such that the
Q. (i) P(5,0)(ii) Q(0−2)(iii) R(−4,0)(iv) S(0,5)2. Let ABCD be a square of side 2a. Find the coordinates of the vertices of this square when(i) A coincides with the origin and AB and AD are along OX and OY respectively.(ii) The centre of the square is at the origin and coordinate axes are parallel to the sides AB and AD respectively.BASED ON LOTS3. The base Q(0−2)2 of two equilateral triangles Q(0−2)3 and Q(0−2)4 with side 2a lies along Q(0−2)6-axis such that the
Identify Point P: Identify the coordinates of point P.Calculation: P(5,0) means P is 5 units along the x-axis and 0 units along the y-axis.
Identify Point Q: Identify the coordinates of point Q.Calculation: Q(0,−2) means Q is 0 units along the x-axis and −2 units along the y-axis.
Identify Point R: Identify the coordinates of point R.Calculation: R(−4,0) means R is −4 units along the x-axis and 0 units along the y-axis.
Identify Point S: Identify the coordinates of point S.Calculation: S(0,5) means S is 0 units along the x-axis and 5 units along the y-axis.
Find Square Vertices with A at Origin: Find the coordinates of the vertices of square ABCD when A is at the origin.Calculation: A(0,0), B(2a,0), C(2a,2a), D(0,2a).
Find Square Vertices with Center at Origin: Find the coordinates of the vertices of square ABCD when the center is at the origin.Calculation: A(−a,−a), B(a,−a), C(a,a), D(−a,a).
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