Students of a school are standing in rows and columns in their playground for a drill practice. A, B, C and D are the positions of four students as shown in figure. Is it possible to place Jaspal in the drill in such a way that he is equidistant from each of the four students A, B, C and D? If so, what should be his position?
Answers
The position of Jaspal is (7, 5).
Step-by-step explanation:
Let suppose A, B , C & D are Stand in drill like Fig.
if we observe the position of A, B , C & D they re forming a quadrilateral. with the vertex A (3, 5), B (7, 9), C (11, 5) and D (7, 1).
As we know distance formula =
So,
AB =
AB =
AB =
AB =
BC =
BC =
BC =
BC =
CD =
CD =
CD =
CD =
DA =
DA =
DA =
DA=
We can see that, AB = BC = CD = DA i.e., all sides are equal.
Now, find the diagonals,
AC =
AC =
AC = 8
BD =
BD =
BD = 8
here AC = BD
AB = BC = CD = DA and AC = BD
We can say that ABCD is a square
Let suppose the "P" is the position of jaspal
Now, find the co-ordinates of P
Coordinates of P = mid-point of AC
We know that mid-point formula =
therefore coordinates of
P = = = (7,5)
Hence, the position of Jaspal is (7, 5).
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Answer:
Students of a school are standing in rows and columns in their playground for a drill practice. A, B, C and D are the positions of four students as shown in the figure. (a) What are the coordinates of A and B respectively? (i) A(3, 5); B(7, 8) (ii) A(5, 3); B(8, 7) (iii) A(3, 5); B(7, 9) (iv) A(5, 3); B(9, 7) (b) What are the coordinates of C and D respectively? (i) C(11, 5); D(7, 1) (ii) C(5, 11); D(1, 7) (iii) C(5, 11); D(7, 1) (iv) C(5, 11); D(-1, 7) (c) What is the distance between B and D? (i) 5 units (ii) 14 units (iii) 8 units (iv) 10 units (d) What is the distance between A and C? (i) 5 units (ii) 14 units (iii) 8 units (iv) 10 units (e) What are the coordinates of the point of intersection of AC and BD? (i) (7, 5) (ii) (5, 7) (iii) (7, 7) (iv) (5, 5)