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**21122012****Member**- Registered: 2012-11-16
- Posts: 278

Who will be able to give me the irrefragable answers.

The question N1:

"What is the point (ordered pairs) of Graph of a function for the function (if each vertical line is the function value)?"

I will prompt:

Both top limits - are coordinates of this point. And its value is equal to

a tangent of angle of an inclination of a tangent (

).What is the point (ordered pairs: (

))of Graph of a function for the function: (

)(if each vertical line is the function value (

))?**"The conditions imposed on functions, become a source of difficulties which will manage to be avoided only by means of new researches about the principles of integral calculus"**

** Thomas Ioannes Stiltes.** ...

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**bob bundy****Moderator**- Registered: 2010-06-20
- Posts: 6,317

hi 21122012

I am confused by what you have asked.

Are you looking for help on the fundamental theorem of calculus?

Are you wanting to know A(x) in my diagram?

Bob

You cannot teach a man anything; you can only help him find it within himself..........Galileo Galilei

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**21122012****Member**- Registered: 2012-11-16
- Posts: 278

bob bundy wrote:

hi 21122012

I am confused by what you have asked.

Are you looking for help on the fundamental theorem of calculus?

Are you wanting to know A(x) in my diagram?

Bob

No!

I want to have the answer to a question: what is the point

for function

You understand?

**"The conditions imposed on functions, become a source of difficulties which will manage to be avoided only by means of new researches about the principles of integral calculus"**

** Thomas Ioannes Stiltes.** ...

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**anonimnystefy****Real Member**- From: The Foundation
- Registered: 2011-05-23
- Posts: 15,427

What are x_0 and y_0?

Here lies the reader who will never open this book. He is forever dead.

Taking a new step, uttering a new word, is what people fear most. ― Fyodor Dostoyevsky, Crime and Punishment

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**bob bundy****Moderator**- Registered: 2010-06-20
- Posts: 6,317

Next question?

Bob

You cannot teach a man anything; you can only help him find it within himself..........Galileo Galilei

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**21122012****Member**- Registered: 2012-11-16
- Posts: 278

anonimnystefy wrote:

What are x_0 and y_0?

Look "Visualisation" in link:

http://en.wikipedia.org/wiki/Integration_by_parts

You understand???!!!

What is ordinate and abscissa?

You understand:

*Last edited by 21122012 (2012-12-27 07:09:40)*

**"The conditions imposed on functions, become a source of difficulties which will manage to be avoided only by means of new researches about the principles of integral calculus"**

** Thomas Ioannes Stiltes.** ...

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**21122012****Member**- Registered: 2012-11-16
- Posts: 278

bob bundy wrote:

Next question?

Bob

You wrote everything correctly but a question didn't answer.

** Thomas Ioannes Stiltes.** ...

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**anonimnystefy****Real Member**- From: The Foundation
- Registered: 2011-05-23
- Posts: 15,427

You should really explain the notation

and .Here lies the reader who will never open this book. He is forever dead.

Taking a new step, uttering a new word, is what people fear most. ― Fyodor Dostoyevsky, Crime and Punishment

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**bob bundy****Moderator**- Registered: 2010-06-20
- Posts: 6,317

but a question didn't answer.

I thought I did answer a question.

If it wasn't the question you were asking, then you will have to re-phrase your question.

Bob

You cannot teach a man anything; you can only help him find it within himself..........Galileo Galilei

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**scientia****Member**- Registered: 2009-11-13
- Posts: 222

21122012 wrote:

bob bundy wrote:Next question?

Bob

You wrote everything correctly but a question didn't answer.

Is that the way you want to see your "answer" being written?

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**21122012****Member**- Registered: 2012-11-16
- Posts: 278

anonimnystefy wrote:

You should really explain the notation

and .

Well!!!

It proves that VTSUALISATION is my development!!!!

Look on Visualisation:

You understand?!

** Thomas Ioannes Stiltes.** ...

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**anonimnystefy****Real Member**- From: The Foundation
- Registered: 2011-05-23
- Posts: 15,427

No, not really.

What is [x_1]?

Here lies the reader who will never open this book. He is forever dead.

Taking a new step, uttering a new word, is what people fear most. ― Fyodor Dostoyevsky, Crime and Punishment

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**21122012****Member**- Registered: 2012-11-16
- Posts: 278

scientia wrote:

21122012 wrote:bob bundy wrote:Next question?

Bob

You wrote everything correctly but a question didn't answer.

Is that the way you want to see your "answer" being written?

That you write to me same. I am not an idiot and I understand that you write. I am itself I know. Read a question and answer it.

** Thomas Ioannes Stiltes.** ...

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**21122012****Member**- Registered: 2012-11-16
- Posts: 278

anonimnystefy wrote:

No, not really.

What is [x_1]?

[x_1] is piece on the OX axis with a length:

** Thomas Ioannes Stiltes.** ...

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**bob bundy****Moderator**- Registered: 2010-06-20
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Read a question and answer it.

Please write a question.

In Russian, perhaps, so we can translate it correctly.

Bob

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**21122012****Member**- Registered: 2012-11-16
- Posts: 278

Understand that you explain me what role function for a point of GRAF plays. And I ask what role a point of the GRAF plays for function. You understand a difference?

** Thomas Ioannes Stiltes.** ...

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**21122012****Member**- Registered: 2012-11-16
- Posts: 278

bob bundy wrote:

Read a question and answer it.

Please write a question.

In Russian, perhaps, so we can translate it correctly.

Bob

Вы пишете мне объяснение какую роль играет функция для точки графика функции. Функция определяет ординату точки. Это понятно. Теперь объясните мне какое вообще отношение к функции имеет точка графика функции?

** Thomas Ioannes Stiltes.** ...

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**anonimnystefy****Real Member**- From: The Foundation
- Registered: 2011-05-23
- Posts: 15,427

Here is a rough translation (luckily, Serbian and Russian are very much alike):

You write to me the explanation of the role of the function for a point of the graph. The function determines the ordinate of the point. That is clear. Now explain to me what general relation does the point of the graph have to the function.

Here lies the reader who will never open this book. He is forever dead.

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**bob bundy****Moderator**- Registered: 2010-06-20
- Posts: 6,317

Thanks Stefy,

That is very helpful. The on-line translators (I tried three) all gave goobledegook.

But I still don't know what he is asking for. Have you any idea?

Bob

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**21122012****Member**- Registered: 2012-11-16
- Posts: 278

You write to me the explanation of the role of the function for a point of the graph. The function determines the ordinate of the point. That is clear. Now explain to me what relation does the point of the graph have to the function.

Yes! It's true!

Look this:

http://vladimir938.eto-ya.com/files/2012/12/key-11.jpg

*Last edited by 21122012 (2012-12-27 08:38:32)*

** Thomas Ioannes Stiltes.** ...

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**bob bundy****Moderator**- Registered: 2010-06-20
- Posts: 6,317

I have looked at your picture.

It makes no sense to me.

Please start at the beginning.

Bob

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**21122012****Member**- Registered: 2012-11-16
- Posts: 278

Circle - the geometrical point

** Thomas Ioannes Stiltes.** ...

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**anonimnystefy****Real Member**- From: The Foundation
- Registered: 2011-05-23
- Posts: 15,427

Hi Bob

You're welcome.

I think what he wants is interpolation...

*Last edited by anonimnystefy (2012-12-27 08:57:47)*

Here lies the reader who will never open this book. He is forever dead.

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**bob bundy****Moderator**- Registered: 2010-06-20
- Posts: 6,317

21122012 wrote:

Circle - the geometrical point

This is your beginning ???

You want a circle with radius = zero ?

I cannot see this circle. It is too small.

But I will imagine it.

Please go on to lesson 2.

Bob

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**21122012****Member**- Registered: 2012-11-16
- Posts: 278

You don't see, but sees a tangent of angle of an inclination of a tangent to the Graph of a function. Ask it, he will tell you about each point of the Graph of a function.

Genes and molecules too it isn't visible but for this purpose there is an imagination

** Thomas Ioannes Stiltes.** ...

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