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HSC Science (Electronics) इयत्ता १२ वी - Maharashtra State Board Question Bank Solutions

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Encryption consist of two processes ______ and ______.

[6] E-Commerce and E-Governance
Chapter: [6] E-Commerce and E-Governance
Concept: undefined >> undefined

Describe process of encryption.

[6] E-Commerce and E-Governance
Chapter: [6] E-Commerce and E-Governance
Concept: undefined >> undefined

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Write Programs for the following.

Write a PHP code which calculates square of any number using form.

[5] Server-side Scripting (PHP)
Chapter: [5] Server-side Scripting (PHP)
Concept: undefined >> undefined

Write Programs for the following.

Create a website with two PHP webpage in which each webpage is connected.

The first page of the website contains two form fields for taking 'name' and 'password' from users. On onclick event, details of forms should be displayed on second webpage.

[5] Server-side Scripting (PHP)
Chapter: [5] Server-side Scripting (PHP)
Concept: undefined >> undefined

Prove that:

`int_0^(2a)f(x)dx = int_0^af(x)dx + int_0^af(2a - x)dx`

[13] Differential Equations
Chapter: [13] Differential Equations
Concept: undefined >> undefined
Solve the differential equation \[\frac{dy}{dx} = e^{x + y} + x^2 e^y\].
[13] Differential Equations
Chapter: [13] Differential Equations
Concept: undefined >> undefined

(ey + 1) cos x dx + ey sin x dy = 0

[13] Differential Equations
Chapter: [13] Differential Equations
Concept: undefined >> undefined

If xmyn = (x + y)m+n, prove that \[\frac{dy}{dx} = \frac{y}{x} .\]

[13] Differential Equations
Chapter: [13] Differential Equations
Concept: undefined >> undefined

Apply the given elementary transformation of the following matrix.

A = `[(1,0),(-1,3)]`, R1↔ R2

[2] Matrices
Chapter: [2] Matrices
Concept: undefined >> undefined

Apply the given elementary transformation of the following matrix.

B = `[(1, -1, 3),(2, 5, 4)]`, R1→ R1 – R2

[2] Matrices
Chapter: [2] Matrices
Concept: undefined >> undefined

Apply the given elementary transformation of the following matrix.

A = `[(5,4),(1,3)]`, C1↔ C2; B = `[(3,1),(4,5)]` R1↔ R2.
What do you observe?

[2] Matrices
Chapter: [2] Matrices
Concept: undefined >> undefined

Apply the given elementary transformation of the following matrix.

A = `[(1,2,-1),(0,1,3)]`, 2C2

B = `[(1,0,2),(2,4,5)]`, −3R1

Find the addition of the two new matrices.

[2] Matrices
Chapter: [2] Matrices
Concept: undefined >> undefined

Apply the given elementary transformation of the following matrix.

A = `[(1,-1,3),(2,1,0),(3,3,1)]`, 3R3 and then C3 + 2C2

[2] Matrices
Chapter: [2] Matrices
Concept: undefined >> undefined

Apply the given elementary transformation of the following matrix.

A = `[(1,-1,3),(2,1,0),(3,3,1)]`, 3R3 and then C3 + 2C2

and A = `[(1,-1,3),(2,1,0),(3,3,1)]`, C3 + 2C2 and then 3R3
What do you conclude?

[2] Matrices
Chapter: [2] Matrices
Concept: undefined >> undefined

Apply the given elementary transformation of the following matrix.

Use suitable transformation on `[(1,2),(3,4)]` to convert it into an upper triangular matrix.

[2] Matrices
Chapter: [2] Matrices
Concept: undefined >> undefined

Apply the given elementary transformation of the following matrix.

Convert `[(1,-1),(2,3)]` into an identity matrix by suitable row transformations.

[2] Matrices
Chapter: [2] Matrices
Concept: undefined >> undefined

Apply the given elementary transformation of the following matrix.

Transform `[(1,-1,2),(2,1,3),(3,2,4)]` into an upper triangular matrix by suitable column transformations.

[2] Matrices
Chapter: [2] Matrices
Concept: undefined >> undefined

The total cost of 3 T.V. sets and 2 V.C.R.’s is ₹ 35,000. The shopkeeper wants a profit of ₹ 1000 per T.V. set and ₹ 500 per V.C.R. He sells 2 T.V. sets and 1 V.C.R. and gets the total revenue as ₹ 21,500. Find the cost price and the selling price of a T.V. set and a V.C.R.

[2] Matrices
Chapter: [2] Matrices
Concept: undefined >> undefined

If A = `((1,0,0),(2,1,0),(3,3,1))`, then reduce it to I3 by using column transformations.

[2] Matrices
Chapter: [2] Matrices
Concept: undefined >> undefined

If A = `[(2,1,3),(1,0,1),(1,1,1)]`, then reduce it to I3 by using row transformations.

[2] Matrices
Chapter: [2] Matrices
Concept: undefined >> undefined
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