Differentiate sin x? +1

Q: Differentiate (sinx)2(sin-1x)2

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Q: sin x - x dx = ?

A: Evaluate it.   ∫02sin x-xxdx

Q: Evaluate sin“ x dx

A: Half angle identities cos 2x=1-2sin2 xcos 2x=2 cos2 x-1

Q: tanx)-sinx) lis sintx) 1/2. -5/4 O 7/2 o 5/4 O

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Q: Hlim X-3 Sinx X->o

A: Given : limx→0x2-3sinxx

Q: Differentiate  (Sinx+x2 ) tan2x

A: Differentiate wrt x

Q: Evaluate sin(3x) dx. sin(3x) dx (Use C as the arbitrary constant.)

A: sin5(3x) = sin4(3x).sin(3x) = [1 – cos2(3x)]2sin(3x)

Q: Differentiate  Sin(msin-1 x)

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Q: Differentiate sin x +1

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Q: x3=sin2 y differentiate?

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Q: Differentiate 3 sin (x)

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Q: differentiate  (ex + 6)/ (sin (x)+ x)

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Q: inverse of sec x?

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Q: simplify sin x-1/cos x - cos x /sin x-1

A: The given expression is

Q: Simplify sin sin(T - x) + sin sin(21- x). + 2 2

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Q: integrate sin(x)

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Q: Differentiate  (sin(x+a)/cosx)

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Q: Differentiate the function y=ex(sinx−cosx).

A: y=exsinx-excosx.

Q: Evaluate sin dx

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Q: Differentiate f(x) = sin(sin(cosx).

A: Given query is to find the derivative of the expression.

Q: ∫(sinx+sinxtan^2x)/sec^2x dx on the domain [0,π/3]

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Q: Evaluate tan (7x+1) sec³(7x+1) dx .

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Q: Differentiate y=(sinx)2(sin-1x)2

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Q: Differentiate y = sin (x-y)

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Q: Differentiate sin y =a'

A: Consider  y=asin−1x2

Q: Evaluate Sin2x dx

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Q: Differentiate Sin(x2 +1)

A: Differentiate   Sin(x^2 +1)

Q: Sinx cosx =    1/3          0≤x<2π

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Q: Differentiate sin y = a'

A: Solution

Q: sinx.cosx 1- Sin?x

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Q: Differentiate  (sinx + x2 ) tan2x

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Q: Differentiate sin (x')

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Q: cosx + + sin x 3

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Q: Write ∫ tan5 x dx in terms of ∫ tan3 x dx.

A: Write ∫ tan5 x dx in terms of ∫ tan3 x dx.

Q: . Evaluate sin (x) cos(x)dr using an appropriate substitution.

A: According to our answering guidelines we can only answer one question at time, therefore I am…

Q: simplify  sin(tan^-1(x))

A: Here we simplify sintan-1x

Q: /2 Evaluate : | sin x dx. -/2

A: For the detailed solution of the problem follow the next step.

Q: Differentiate sin y = a

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Q: Differentiate sin√(x/x+8).

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Q: -sin xdx

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Q: Evaluate tan (7x + 1) sec³(7x +1) dx -

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Q: Differentiate f(x) = sin(sin(cosx)).

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Q: Sin'xdx=?

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Q: tan x sin 2x 2([ ? ]([])?

A: Given,       tan x sin 2x

Q: sin (2x)dz

A: Given ∫e6xsin2xdx

Q: Evaluate | tan (5x +1) sec³(5x+1) dx

A: We will start with the substitution, cos(5x+1) = t  And proceed as follows :

Q: -1 (sinx if x < 0

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Q: Evaluate 1 -dx 1- sin x

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Q: Differentiate y= x2  sinx

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Q: Evaluate  ∞  ∫ tan^-1 (x) dx  -∞

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Contingency Table

A contingency table can be defined as the visual representation of the relationship between two or more categorical variables that can be evaluated and registered. It is a categorical version of the scatterplot, which is used to investigate the linear relationship between two variables. A contingency table is indeed a type of frequency distribution table that displays two variables at the same time.

Binomial Distribution

Binomial is an algebraic expression of the sum or the difference of two terms. Before knowing about binomial distribution, we must know about the binomial theorem.