CBSE Class 10 Information And Communication Technology (Ict) Question Paper 2019 with Answer Key March 27

CBSE Class 10 Information And Communication Technology (Ict) Question Paper 2019 with Answer Key is available for download. The exam was conducted by the Central Board of Secondary Education on March 27, 2019 in the Morning Session 10:30 AM to 1:30 PM. The medium of paper was English. The question paper comprised a total of 16 questions.

CBSE Class 10 Information And Communication Technology (Ict) Question Paper 2019 with Answer Key (March 27)

CBSE Class 10 Information And Communication Technology (Ict) Question Paper 2019 PDF	CBSE Class 10 Information And Communication Technology (Ict) Answer Key 2019 PDF
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CBSE Class 10 Previous Year Question Papers

CBSE Class 10 Question Paper 2023	CBSE Class 10 Question Paper 2022

CBSE X Questions

1.
Prove that: \(\frac{\sec^3 \theta}{\sec^2 \theta - 1} + \frac{\csc^3 \theta}{\csc^2 \theta - 1} = \sec \theta \cdot \csc \theta (\sec \theta + \csc \theta)\)

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2.
The dimensions of a window are 156 cm \(\times\) 216 cm. Arjun wants to put grill on the window creating complete squares of maximum size. Determine the side length of the square and hence find the number of squares formed.

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3.
State two differences between pollination and fertilization.

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4.
The graph of \(y = f(x)\) is given. The number of zeroes of \(f(x)\) is :

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5.
In triangles ABC and PQR, \( \angle A = \angle Q \) and \( \angle B = \angle R \), then \( AB : AC \) is equal to :

\( PQ : PR \)
\( PQ : QR \)
\( QR : QP \)
\( PR : QR \)

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6.
Which structure in a leaf is mainly responsible for gaseous exchange?

Xylem
Stomata
Phloem
Cuticle

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CBSE Class 10 Information And Communication Technology (Ict) Question Paper 2019 with Answer Key March 27

CBSE Class 10 Information And Communication Technology (Ict) Question Paper 2019 with Answer Key (March 27)

CBSE Class 10 Previous Year Question Papers

CBSE X Questions

1.
Prove that: \(\frac{\sec^3 \theta}{\sec^2 \theta - 1} + \frac{\csc^3 \theta}{\csc^2 \theta - 1} = \sec \theta \cdot \csc \theta (\sec \theta + \csc \theta)\)

2.
The dimensions of a window are 156 cm \(\times\) 216 cm. Arjun wants to put grill on the window creating complete squares of maximum size. Determine the side length of the square and hence find the number of squares formed.

3.
State two differences between pollination and fertilization.

4.
The graph of \(y = f(x)\) is given. The number of zeroes of \(f(x)\) is :

5.
In triangles ABC and PQR, \( \angle A = \angle Q \) and \( \angle B = \angle R \), then \( AB : AC \) is equal to :

6.
Which structure in a leaf is mainly responsible for gaseous exchange?

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CBSE Class 10 Information And Communication Technology (Ict) Question Paper 2019 with Answer Key (March 27)

CBSE Class 10 Previous Year Question Papers

CBSE X Questions

1.Prove that: \(\frac{\sec^3 \theta}{\sec^2 \theta - 1} + \frac{\csc^3 \theta}{\csc^2 \theta - 1} = \sec \theta \cdot \csc \theta (\sec \theta + \csc \theta)\)

2.The dimensions of a window are 156 cm \(\times\) 216 cm. Arjun wants to put grill on the window creating complete squares of maximum size. Determine the side length of the square and hence find the number of squares formed.

3.State two differences between pollination and fertilization.

4.The graph of \(y = f(x)\) is given. The number of zeroes of \(f(x)\) is :

5.In triangles ABC and PQR, \( \angle A = \angle Q \) and \( \angle B = \angle R \), then \( AB : AC \) is equal to :

6.Which structure in a leaf is mainly responsible for gaseous exchange?

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1.
Prove that: \(\frac{\sec^3 \theta}{\sec^2 \theta - 1} + \frac{\csc^3 \theta}{\csc^2 \theta - 1} = \sec \theta \cdot \csc \theta (\sec \theta + \csc \theta)\)

2.
The dimensions of a window are 156 cm \(\times\) 216 cm. Arjun wants to put grill on the window creating complete squares of maximum size. Determine the side length of the square and hence find the number of squares formed.

3.
State two differences between pollination and fertilization.

4.
The graph of \(y = f(x)\) is given. The number of zeroes of \(f(x)\) is :

5.
In triangles ABC and PQR, \( \angle A = \angle Q \) and \( \angle B = \angle R \), then \( AB : AC \) is equal to :

6.
Which structure in a leaf is mainly responsible for gaseous exchange?