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Extractions of zinc from zinc blende is achieved by

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Extractions of zinc from zinc blende is achieved by

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Practice questions from similar books

Question 1

Let

g : R \to R

be a differentiable function with

g (0) = 0, g^{'} (1) = 0, g^{'} (1) \neq = 0

.Let

f (x) = {\frac{x}{∣ x ∣} g (x), 0 \neq = 0 and 0, x = 0

and

h (x) = e^{∣ x ∣}

for all

x \in R

. Let

(f o h) (x)

denote

f (h (x)) and (h o f) (x)

denote

h (f (x))

. Then which of thx!=0 and e following is (are) true?

View solution

Question 2

In R', consider the planes

P_{1}, y = 0

and

P_{2} : x + z = 1

. Let

P_{3}

, be a plane, different from

P_{1}

, and

P_{2}

, which passes through the intersection of

P_{1}

, and

P_{2}

. If the distance of the point

(0, 1, 0)

from

P_{3}

, is

1

and the distance of a point

(α, β, γ)

from

P_{3}

2

, then which of the following relation is (are) true ?

View solution

Question 3

Let

f : R 0, 1

be a continuous function. Then, which of the following function (s) has (have) the value zero at some point in the interval (0,1)?

e^{x} - \int_{0}^{x} f (t) sin t d t

(b)

f (x) + \int_{0}^{\frac{π}{2}} f (t) sin t d t

(c)

x - \int_{0}^{\frac{π}{2} - x} f (t) cos t d t

(d)

x^{9} - f (x)

View solution

Question 4

The common tangents to the circle

x^{2} + y^{2} = 2

and the parabola

y^{2} = 8 x

touch the circle at

P, Q

andthe parabola at

R, S

. Then area of quadrilateral

P Q R S

View solution

Question Text

Extractions of zinc from zinc blende is achieved by

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