Writing Styles

 Past, Present and Future

"India has been known throughout the world for its mangoes. The government is taking steps to increase exports of mangoes. It is hoped that every Indian gets an opportunity to taste mangoes at an affordable rate in days to come."

PDCA

"The government is planning to increase export of high quality mangoes. It is taking immediate steps to relax Forex norms and regulations to achieve this aim. But the poor don't get to eat mangoes even of inferior variety. Perhaps the government will act on this aspect and show a tough hand on handling local prices effectively."

SWOT

"India is known for great high quality mangoes and exports them. But lesser varieties get over-ripe and are considered waste. Over-ripe mangoes can be made into ready-made mango juices and sold in market. But given the apathy of Indians,  such a step is unlikely to be taken."

What is my grade for written English?

Indian Stretchable Time

 

Shiva's damru

 

Before discussing on calculus one should be clear of timing. My argument is time of humans as alternate sway of hands and legs or a refined application of above is the timing. The individual's timing which he perceives as his Qayanat timing.

n by (n+1) is made as n into (n+1). This I believe to be my timing. And hence my Qayanat timing.

n by (n+1) can be made into n into (n+1) by Rational Number Series. Rational Number Series fetches me all the major constants. Because it is of constants, it is of time. I believe so. Though AI do not agree to my argument.

So let the professors of mathematics agree to my point, first.

I don't understand this

 

I thought of approximate functions. 

Anyway you are not going all the way there upto infinity.  Why not consider approximate analysis?

More of a thumb rule and thumb rule explanation. 

Golden Ratio function and Rational Number Series equation

 Below is the equation that relates golden ratio function to rational number series.

And

Have a nice day !!

The truth

I seemed to have got an approximate gamma function.  It was observed when I tried to apply Wallis pi formula for n less than 1 and greater than 0. You may be aware that I have made a sum series formula with Wolfram Alpha and this sum series gives 0 to 1 factorials accurately. 

This is the background. 

Then I thought the approximate gamma function is dependent on how you choose. I made a Devils formula for gamma and made equation like 10 by 3 is 3, 3.3, 3.33 etc. Now I realize the accuracy factor could be any number to the power of a polynomial of n when considered in a range.

Then I thought sum of numbers could be continuous and not necessarily for integers. I discovered the accuracy factor could be any number to the power of a polynomial of n when considered in a range.

The above two made me write Qayanat calculus. 

The expressions were similar to rational number series of mine and this reiterated to write Qayanat calculus. 

Other points too. Like accurate explanation while using a ruler. Qayanat calculus term got firmer in my mind.

This was the reason. 

Then I realized Gottfried Willhelm Leibniz idea must have been this only. I saw one or two paragraphs of Leibniz calculus in Wikipedia and was convinced the idea was similar to Leibniz calculus. 

I never used the term Qayanat calculus thereafter and was delighted that masters like Leibniz and Gauss were there.

When I see great masters I get delighted. And say to myself how great they were. 

I want to be their chela.

Thanks. 

Have a nice day!!

Sarvesa

Sarvesa is a prayer to Lord in heaven by KJYesudas in Sanskrit language. 

It was glorious that Sanskrit could be used to spread Lord's word. 

May the love of Lord spread in India!!