Question: S is any point on the side QR of ΔPQR. Find PQ + QR + RP PS.



A ) greater than 2
B ) less than 2
C ) greater than 1
D ) less than 1

Steps to derive

1 In ΔPQS, PQ + QS > PS
 [Triangle Inequality Theorem.]

2 In ΔPSR, SR + RP > PS
 [Triangle Inequality Theorem.]

3 PQ + (QS + SR) + RP > PS + PS
 [Add the two Inequalities.]

4 PQ + QR + RP > 2PS
 [QS + SR = QR.]

5 PQ + QR + RP PS > 2
 [Divide by PS on both sides.]



Hence the right answer is Option A

Click Here To Go Back


Explore Related Questions

  • In the figure, AB = AC. Prove that ΔAEF is an isosceles triangle...
  • In ΔPQR, QM‾ and RN‾ are altitudes and QM = RN. Then ΔPQR is..
  • In the figure, AP‾ is drawn parallel to BC‾. Also, AP‾ bisects &a..
  • In ΔABC, AB = AC. D is the mid-point of BC‾. From D, perpendiculars DM&Ove..
  • LMN and MNP are two isosceles triangles on opposite sides of the base MN‾. Evaluat..
  • ABC is a triangle. The bisector of the ∠BCA meets AB‾ at X. A point Y lies on ..
  • In ΔABC, AB‾ = AC‾. If BD‾ and CE‾ are the medians o..
  • What can be said about the congruency of ΔABC and ΔDEF , if AB = DE and AC = D..
  • In the triangles ABC and DEF, AB = DE, AC = DF, m∠D > m∠A. Which is greater, BC..
  • Two corresponding sides of two triangles are congruent. The triangle, which has a larger i..
  • Which segment is longer, CE‾ or DB‾ with O being the center of the circle?..
  • What is the relationship between θ and α?..
  • ABCD is a rhombus. ∠DCB = xo. If x = 75, which is greater, DB or CA?..
  • Which is the shortest among the following?..
  • AB > AC and D is any point on side BC. What is the relationship between AB‾ and..
  • Let S be any point in the interior of ΔPQR. Which is greater: (SQ + SR) or (PQ + PR)..
  • Q is a point on side SR of ΔPSR, such that PQ = PR. Find the relationship between PS..
  • PR > PQ and PS‾ is the bisector of ∠QPR. What is the relation between &ang..
  • AD‾ is the bisector of ∠A of ΔABC, where D lies on BC. What is the relat..
  • AB and CD are the smallest and the largest sides of a quadrilateral ABCD respectively. The..
  • AC > AB and D is a point on AC‾ such that AB = AD. What is the relation between..
  • T is a point on side QR‾ of ΔPQR and S is a point such that RT = ST. Which o..
  • In the figure, ∠E > ∠A and ∠C > ∠D. What is the relation between AD ..
  • Diagonals PR‾ and QS‾ of a quadrilateral PQRS intersect each other at O. W..
  • If PR > PQ, then which of the following is true?..
  • In ΔABC, if AB = BC, then, which of the following is true?..
  • In ΔABC, BE‾ and CF‾ are the altitudes and they intersect inside the..
  • In ΔABC, AB = AC. Straight line L cuts AB‾ and AC‾ at P, Q and BC&Ov..
  • Let P cm and R cm denote perimeter and the sum of the length of the diagonals of a quadril..
  • In ΔPQR, the bisectors of the angles Q and R meet at M. If PQ > PR, then find the..
  • In ΔPQR, the sides PQ‾ and PR‾ are produced to X and Y respectively...
  • Use the properties of equality to solve the equation 5a - 2 = 3...
  • Solve the equation 5(12x + 15) = 6x + 19 using the properties of equality...
  • Solve i9d + 7g = 8 for i...
  • Tell what you would first do to solve the equation 2v + 35 = 3u - 3x for v...
  • Write the first step to solve the equation: 9c(7j + 8m9 ) = 46 for m. Do not solve the eq..
  • What will be your first step to solve the equation 6r - 7z = 8g2b , for r ?..
  • Solve 6cn + 4j = 5d for n and indicate any restrictions on the values of the variables...
  • Solve the equation 5h-8b3n = 14e for n, and indicate any restrictions on the values of the..
  • Solve the formula V = 1 / 3π r2 h for the variable h. Indicate any restrictions on ..
  • Solve the formula p = 2(l + b) for b...
  • Solve the formula v = u + at for a. Indicate any restrictions on the values of the variabl..
  • Write the first step to solve the equation 5 / 3(4 + 5h) = 5e for h...
  • Solve 1f = 1u + 1v for u...
  • Solve 3d(9jv + 8b) = 9e(wv + 5) for v and indicate any restrictions on the values of the v..
  • Solve F = 9 / 5C + 32 for C...
  • Solve s = 2πr(r + h) for h and indicate any restrictions on the values of the variables..
  • Solve P = 100I / RT for I...
  • Solve n = aq(q - r) for q and indicate any restrictions on the values of the variables...
  • Solve 50r = 8a + 253h, r ≠ 0, h ≠ 0, for r...