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English Medium इयत्ता १० - CBSE Important Questions

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Find a and b so that the numbers a, 7, b, 23 are in A.P.

Appears in 3 question papers
Chapter: [5] Arithmetic Progressions
Concept: General Term of an Arithmetic Progression

Find the sum of first 20 terms of an A.P. whose nth term is given as an = 5 – 2n.

Appears in 3 question papers
Chapter: [5] Arithmetic Progressions
Concept: Sum of First ‘n’ Terms of an Arithmetic Progressions

Assertion (A): a, b, c are in A.P. if and only if 2b = a + c.

Reason (R): The sum of first n odd natural numbers is n2.

Appears in 3 question papers
Chapter: [5] Arithmetic Progressions
Concept: Sum of First ‘n’ Terms of an Arithmetic Progressions

The x-coordinate of a point P is twice its y-coordinate. If P is equidistant from Q(2, –5) and R(–3, 6), find the coordinates of P.

 

Appears in 3 question papers
Chapter: [6] Coordinate Geometry
Concept: Distance Formula

If A(5, 2), B(2, −2) and C(−2, t) are the vertices of a right angled triangle with ∠B = 90°, then find the value of t.

Appears in 3 question papers
Chapter: [6] Coordinate Geometry
Concept: Distance Formula

If the point A(0, 2) is equidistant from the points B(3, p) and C(p, 5), find p. Also, find the length of AB.

Appears in 3 question papers
Chapter: [6] Coordinate Geometry
Concept: Distance Formula

If the distance between the points (4, k) and (1, 0) is 5, then what can be the possible values of k?

Appears in 3 question papers
Chapter: [6] Coordinate Geometry
Concept: Distance Formula

If a≠b≠0, prove that the points (a, a2), (b, b2) (0, 0) will not be collinear.

Appears in 3 question papers
Chapter: [6] Coordinate Geometry
Concept: Distance Formula

A line intersects the y-axis and x-axis at the points P and Q respectively. If (2, –5) is the mid-point of PQ, then find the coordinates of P and Q.

Appears in 3 question papers
Chapter: [6] Coordinate Geometry
Concept: Co-ordinate Geometry

If the distances of P(x, y) from A(5, 1) and B(–1, 5) are equal, then prove that 3x = 2y

Appears in 3 question papers
Chapter: [6] Coordinate Geometry
Concept: Distance Formula

If the points A(k + 1, 2k), B(3k, 2k + 3) and C(5k − 1, 5k) are collinear, then find the value of k

Appears in 3 question papers
Chapter: [6] Coordinate Geometry
Concept: Co-ordinate Geometry

Find the distance of a point P(xy) from the origin.

Appears in 3 question papers
Chapter: [6] Coordinate Geometry
Concept: Distance Formula

If A(–2, 1), B(a, 0), C(4, b) and D(1, 2) are the vertices of a parallelogram ABCD, find the values of a and b. Hence find the lengths of its sides

Appears in 3 question papers
Chapter: [6] Coordinate Geometry
Concept: Co-ordinate Geometry

The distance of the point (–1, 7) from x-axis is ______.

Appears in 3 question papers
Chapter: [6] Coordinate Geometry
Concept: Co-ordinate Geometry

Read the following passage:

Use of mobile screen for long hours makes your eye sight weak and give you headaches. Children who are addicted to play "PUBG" can get easily stressed out. To raise social awareness about ill effects of playing PUBG, a school decided to start 'BAN PUBG' campaign, in which students are asked to prepare campaign board in the shape of a rectangle: One such campaign board made by class X student of the school is shown in the figure.

Based on the above information, answer the following questions:

  1. Find the coordinates of the point of intersection of diagonals AC and BD.
  2. Find the length of the diagonal AC.
    1. Find the area of the campaign Board ABCD.
      OR
    2. Find the ratio of the length of side AB to the length of the diagonal AC.
Appears in 3 question papers
Chapter: [6] Coordinate Geometry
Concept: Distance Formula

If 4 tan θ = 3, evaluate `((4sin theta - cos theta + 1)/(4sin theta + cos theta - 1))`

Appears in 3 question papers
Chapter: [9] Introduction to Trigonometry
Concept: Trigonometric Ratios

Prove the following trigonometric identities.

sec A (1 − sin A) (sec A + tan A) = 1

Appears in 3 question papers
Chapter: [9] Introduction to Trigonometry
Concept: Trigonometric Identities (Square Relations)

Proved that `(1 + secA)/secA = (sin^2A)/(1 - cos A)`.

Appears in 3 question papers
Chapter: [9] Introduction to Trigonometry
Concept: Trigonometric Identities (Square Relations)

sec θ when expressed in term of cot θ, is equal to ______.

Appears in 3 question papers
Chapter: [9] Introduction to Trigonometry
Concept: Trigonometric Identities (Square Relations)

Prove that `(cot A - cos A)/(cot A + cos A) = (cos^2 A)/(1 + sin A)^2`

Appears in 3 question papers
Chapter: [9] Introduction to Trigonometry
Concept: Trigonometric Identities (Square Relations)
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