Derivative problem, we know that derivative of x 2 =2x. now we can write x 2 as, Mathematics

Derivative problem, Mathematics

Assignment Help:

we know that derivative of x² =2x. now we can write x² as x+x+x....(x times) then if we take defferentiation we get 1+1+1+.....(x times) now adding we get x . then which is wrong mathod.

Related Discussions:- Derivative problem

Find the straight distance between a and b, There is a staircase as shown i...

There is a staircase as shown in figure connecting points A and B. Measurements of steps are marked in the figure. Find the straight distance between A and B. (Ans:10) A ns

Differential equation, ssss

ssss

Unit Rates, I need help on how to do real word problm with unit rates.

I need help on how to do real word problm with unit rates.

Trigonomentry, solutions

solutions

Inverse functions, Inverse Functions : In the last instance from the pr...

Inverse Functions : In the last instance from the previous section we looked at the two functions f ( x ) = 3x - 2 and g ( x ) = x /3+ 2/3 and saw that ( f o g ) ( x )

Volume, Rajun uses 2/3 of a carton of milk to make a pancake. The volume of...

Rajun uses 2/3 of a carton of milk to make a pancake. The volume of milk he uses is 800ml. calculate the volume, in l, of a milk in carton?

Distance and section formula, if ab=25 . a(5,x)and b(2,5) . find x.

if ab=25 . a(5,x)and b(2,5) . find x.

Equations, At a bakery the cost of 30 experts is 45$. Write an equation tha...

At a bakery the cost of 30 experts is 45$. Write an equation that shows the cost of 45 cookies

Probability exercise, 1. A psychologist developed a test designed to help p...

1. A psychologist developed a test designed to help predict whether production-line workers in a large industry will perform satisfactorily. A test was administered to all new empl

Evaluate infinity limit into the polynomial , Example Evaluate following...

Example Evaluate following limits. Solution Here our first thought is probably to just "plug" infinity into the polynomial & "evaluate" every term to finds out the

Nima 3/29/2013 6:35:13 AM For equating the differentiated equations of a function then the functions must be equal for two functions f(x) and g(x) to be equal then domain and range of two funtions must be equal but the range for x^2 and x+x+x+x...(x times) are not equal....so the functions are not equal.... so the differentiated equations of the both must not be equated

Nima

3/29/2013 6:35:13 AM

For equating the differentiated equations of a function then the functions must be equal

for two functions f(x) and g(x) to be equal then domain and range of two funtions must be equal

but the range for x^2 and x+x+x+x...(x times) are not equal....so the functions are not equal....

so the differentiated equations of the both must not be equated

Write Your Message!

Name

Email id

Message

Verfication Code

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

Submit Assignment

User Account

All Pages

Derivative problem, Mathematics

Related Discussions:- Derivative problem

Find the straight distance between a and b, There is a staircase as shown i...

Differential equation, ssss

Unit Rates, I need help on how to do real word problm with unit rates.

Trigonomentry, solutions

Inverse functions, Inverse Functions : In the last instance from the pr...

Volume, Rajun uses 2/3 of a carton of milk to make a pancake. The volume of...

Distance and section formula, if ab=25 . a(5,x)and b(2,5) . find x.

Equations, At a bakery the cost of 30 experts is 45$. Write an equation tha...

Probability exercise, 1. A psychologist developed a test designed to help p...

Evaluate infinity limit into the polynomial , Example Evaluate following...

Nima

Write Your Message!

Featured Services

Online Tutoring

Project Development

Exam Preparation

Course Help

Assignment Help

Popular Subjects

Assured A++ Grade

Academics

Major Subjects

Majors

Get In Touch

TERMS & POLICIES

HELP & SUPPORT