WebOct 16, 2024 · In a ∆ PQR , if 3sinP + 4cosQ = 6 and 4sinQ + 3cosP = 1, then the angle R is equal to (A) 6π/6 (B) π/6 (C) π/4 (D) 3π/4 triangle jee jee mains Share It On 1 Answer +1 … WebIn a ΔP QR, if 3sinP +4cosQ=6 and 4sinQ+3cosP =1, then the angle R is equal to Q. If a vector r of magnitude 3√6 is directed along the bisector of the angle between the vectors a =7i−4j−4k and b=−2i−j+2k, then r is equal to Q. Cartesian equations of a circle whose parametric equation are x=−7+4cosq, y=3+4sinq is Q.
In a `DeltaPQR`. if `3 sinP +4 cosQ=6` and `4sinQ+3cosP=1`, then …
WebOct 1, 2024 · Solution For In a PQR, if 3sinP+4cosQ=6 and 4sinQ+3cosP=1, then the angle R is equal to (a) 65π (b) 6π (c) 4π (d) 43π In a PQR, if 3sinP+4cosQ=6 and 4sinQ+3cosP=1, … WebJan 25,2024 - In ∆PQR,if 3sinP 4cosQ and 4sinQ 3cosP=1,then angle R=? Answer is π/6 can someone give me an explanation? EduRev JEE Question is disucussed on EduRev Study Group by 139 JEE Students. citizen bank home loan login
In a triangle PQR,if 3sinP/4cosQ=6 and 4sinQ+3cosP=1,then the
WebIn a triangle PQR, ∠R =π/2. If (P/2) and tan (Q/2) are the roots of ax 2 +bx+ c = 0, a ≠ 0 then a = b + c c = a + b b = c b = c B. c = a + b 239 Views Switch Flag Bookmark Advertisement 6. Let α, β be such that π < α - β < 3π. If sinα + sinβ = -21/65 and cosα + cosβ = -27/65, then the value of cos α-β/2 is 6/65 6/65 204 Views Answer 7. The value of WebA triangle has three sides, three vertices, and three interior angles. The angle sum property of a triangle states that the sum of the three interior angles of a triangle is always 180°. Observe the triangle PQR given above in which angle P + angle Q + angle R = 180°. WebSolution Verified by Toppr In PQR, P=(2,1) Q=(−2,3) R=(4,5) Mid-point of PQ=( 2x 1+x 2, 2y 1+y 2)=( 22−2, 21+3)=(0,2) Equation of the median through the vertex R is the equation of the line passing through the points (0,2),(4,5) Since, two points form of the line is y−y 1=( x 2−x 1y 2−y 1)(x−x 1) ∴ Equation of the median is y−2=( 4−05−2)(x−0) citizen bank hill road bandra