12. What information is needed to prove that CD is a perpendicular bisector for KM K L M D

Q: R (10х-23)°. (3x+19)* X= M²RUT = '_ %3D

A:

Q: Prove that if a quadrilaterals diagonals do not perpendicularly bisect then it is not a rhombus

A:

Q: Prove that the kite's diagonals are perpendicular. Illustrate and show full solutions

A: Consider a kite.

Q: 3. Construct the perpendicular bisector of GT. G T

A: A perpendicular bisector of line GT

Q: thus. d the point on he sphere X+y?+=4 Selution:- ans.-

A: We use Lagrange Multiplayer method.

Q: This Question needs to be done with GeoGebra 3. Draw a rectangle. Construct a rhombus within the…

A: A rhombus is a special case of the kite. A kite has an adjacent pair of sides equal in measurement.…

Q: A(-3, 2), В(5, — 4), С(7, 7)

A: Consider the given points,  Now, prove that C is on the perpendicular bisector of segment…

Q: If the diagonals are not congruent, a quadrilateral is a rhombus, but not a a Square b Trapezoid

A: If the diagonals are congruent for a rhombus then it is a square.

Q: 7) Find x, y, and z in the rhombus below. 12

A: Given: Length of the side of a rhombus is, a=12. One of the angle between a diagonal and a side is…

Q: Consider points A=(1,0,1) and B=(0,1,0) fasa and r [x+y=1 (==y+l and lines S: a) There exists C Er,…

A: By finding the equation of line passing through A and B, we can solve the question.

Q: . Find the shortest distance between the: x−1_y−3 a. point (1, 3, 2) and the line *-¹-y-3_2–7 1 -1 2…

A: Given planes:- P1: x+2y-5z-10=0 P2: 2x+4y-10z-17=0

Q: Exercise 5. A simple contour that is not closed can cross itself. * O False O True

A:

Q: Prove that the diagonals of an isosceles trapezoid are congruer D(c, b) C(a-c, b) b A( 0,0) В (а, о)

A: A plane figure formed by three or more non-collinear points joined by line segments is called a…

Q: Example Give quadrilateral ABCD with verticesA(4, 7), B(8, 3), C(6,-1), andD(0, 5). Prove: ABCD is a…

A: Given : Quadrilateral ABCD with vertices A(4,7),B(8,3),C(6,-1) and D(0,5). So, Graph is :

Q: 10. In quadrilateral OABCD, AD = BC and ZA = LB. (a) Prove AC = BD. (b) Use this result to prove…

A: 10 Given data: (a) The first given condition is AD≅BC. The second given condition is ∠A≅∠B. In…

Q: Prove that C is on the perpendicular bisector of segment AB.

A: Solution:Given A(-4,-3), B(6,1) and C (5,-11)To Prove: C is perpendicular bisector of ABi.e., to…

Q: Hi, parts a) and b) of this question are attached.    Thanks so much!!!

A: The problem concerns the distance and angle functions in the complex plane (the set of all complex…

Q: if we reflect a point (x, y) about the x-axis and then take the result and reflect it about the…

A:

Q: Prove that the angle sum of any quadrilateral is  (2*pi) Prove that the diagonals of a rhombus meet…

A: Statements:(1) The angle sum of any quadrilateral is (2*pi)(2) The diagonals of a rhombus meet at…

Q: Create a problem about cords using the perpendicular bisector theorem.

A: The aim is to create a problem about chords using the perpendicular bisecter theorem. The…

Q: The figure satisfies the Midpoint theorem for a triangle. Calculate (x + y) 4у x + 4 6(у-1) 4x -2

A:

Q: Exercise Two: Given a segment AB=10 cm, of midpoint O. let (d) be a perpendicular bisector of [AB].…

A:

Q: Quadrilateral RSTU with diagonal US ZR and ZTUS are right Zs TS > UR Given: Prove: U

A: Apply Pythagoras theorem on △URS. UR2+RS2=US2 . . . . . . . (1) Apply Pythagoras theorem on △TUS.…

Q: 1. Prove Theorem 3.2.1: If the diagonals of a quadrilateral bisect each other, then the…

A: Conditions when we can say any quadrilateral is a parallelogram : If one pair of opposite sides are…

Q: 2. Use analytic geometry to verify that quadrilateral JKLM is a parallelogran 1C). YA K(-1,1) 2 -2 0…

A:

Q: 3. A player P stands 10 metres directly in front of a soccer goal O ABC, as shown below. The corners…

A: a)Co-ordinates of GG0+7.52,0+02,0+02=G154,0,0Co-ordinates of P∵P lies on the  xy planeso…

Q: A parallelegram PRQS has P(-1,3), S(4,2), Q(5,-1). Find R

A:

Q: Prove that the length of common chord of the two circles x + y² + 22x + c = (2² -c)(µ² +c) 2² + µ? O…

A: We will prove that the length of the common chord is the given term as following.