Y=Theea[sin(inTheeta)+cos(inTheeta)],then find dy÷dTheeta, Mathematics

Assignment Help:

Y=θ[SIN(INθ)+COS(INθ)],THEN FIND dy÷dθ.

Solution) Y=θ[SIN(INθ)+COS(INθ)]

applying u.v rule

then dy÷dθ={[ SIN(INθ)+COS(INθ) ] dθ÷dθ }+ {θ[ d÷dθ{SIN(INθ)+COS(INθ) ] }

   => SIN(INθ)+COS(INθ) + θ{ (COS(INθ)÷ θ) - (SIN(INθ)÷θ) }

   θ is canceled and sin(ln θ ) is also canceled then u will get
   => 2COS(INθ)

Related Discussions:- Y=Theea[sin(inTheeta)+cos(inTheeta)],then find dy÷dTheeta

Product moment coefficient, Product Moment Coefficient This gives an i...

Product Moment Coefficient This gives an indication of the strength of the linear relationship among two variables. Note that this formula can be rearranged to have di

REAL NUMBER, PROVE THAT 2 IS IRRATIONAL

PROVE THAT 2 IS IRRATIONAL

Differance between expanded notation vs. standard notation , Differance bet...

Differance between Expanded Notation vs. Standard Notation ? A number written in expanded notation is broken down into parts just like it is in a place-value table. Example

Solution of rectilinear figures, A straight line AB on the side of a hill i...

A straight line AB on the side of a hill is inclined at 15.0° to the horizontal. The axis of a tunnel 486ft. long is inclined 28.6° below the horizontal lies in a vertical plane wi

Fermat''s little theorem, 1. How many closed necklaces of length 7 can be m...

1. How many closed necklaces of length 7 can be made with 3 colors? (notice that 7 is a prime) 2. How many closed necklaces of length 10 can be made with 3 colors (this is dierent

Kotler, Marketing management,Analysis,planning and implementation

Marketing management,Analysis,planning and implementation

Measures of central tendency-computation method, Computation method ...

Computation method Whereas L = Lower class boundary of the class having the mode f 0 = Frequency of the class below the modal class

Proof of the properties of vector arithmetic, Proof of the Properties of ve...

Proof of the Properties of vector arithmetic Proof of a(v → + w → ) = av → + aw → We will begin with the two vectors, v → = (v 1 , v 2 ,..., v n )and w? = w

Simultaneous equations with two or more than two variables, Method to solve...

Method to solve Simultaneous Equations with two or more than two variables Method Above we have seen equations wherein we are required to find the value of the

Example of fractional equations, Example of Fractional Equations: Exa...

Example of Fractional Equations: Example: Solve the fractional equation (3x +8)/x +5 =0 Solution: Multiply both sides of the equation by the LCD (x). (x) ((3x

3/11/2013 12:59:09 AM y=Θ[sin(lnΘ)+cos(lnΘ)] dy/dΘ=[sin(lnΘ)+cos(lnΘ)] + Θ[cos(lnΘ)-sin(lnΘ)]*1/Θ ---->(Use Multiplication rule) dy/dΘ=2cosΘ.

3/11/2013 12:59:09 AM

y=Θ[sin(lnΘ)+cos(lnΘ)]

dy/dΘ=[sin(lnΘ)+cos(lnΘ)] + Θ[cos(lnΘ)-sin(lnΘ)]*1/Θ ---->(Use Multiplication rule)

dy/dΘ=2cosΘ.

Write Your Message!

Name

Email id

Message

Verfication Code

User Account

All Pages