mathematics is the most beautiful and most powerful creation of the human spirit

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Stefan Banach

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Mathematics is the most beautiful and most powerful creation of the human spirit.

Stefan Banach

Beautiful Mathematics Most Beautiful

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Isaac Newton, Pythagoras, Alan Turing, Rene Descartes, Katherine Johnson, Charles Babbage, Alfred North Whitehead, Carl Friedrich Gauss

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Polish - Mathematician March 30, 1892 - August 31, 1945

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Mathematics is the most beautiful and most powerful creation of the human spirit

Dec 22, 2020 - Mathematics is very important in every corner of human activities1️⃣2️⃣. The beauty and power of mathematics lie in its concepts✖️➕➗➖. That is why human beings use mathematical concepts to design models, which help them to achieve their goals🏅🥇. Due to its usefulness in science and technology💻, it is named as the language of science🌐 #mathematics #math #maths #science #mathematician #physics #mathproblems #mathmemes #education #mathteacher #algebra #calculus #mathskills #mathstudent #maths

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Mathematics is the most beautiful and most powerful creation of the human spirit

Mathematics is very important in every corner of human activities1️⃣2️⃣. The beauty and power of mathematics lie in its concepts✖️➕➗➖. That is why human beings use mathematical…

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(DOC) Mathematics is the most Beautiful and most Powerful Creation of the Human Spirit

Mathematics is the most Beautiful and most Powerful Creation of the Human Spirit

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Mathematics is the most Beautiful and most Powerful Creation of the Human Spirit

Eric Hagenimana

Mathematics is hugely applied in all aspect of engineering. For example, mathematics plays a crucial role in the following engineering branches: civil engineering, chemical and petroleum engineering, mechanical, electrical, and computer engineering, to mention but a few.

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of statistics, which helps them to get the data they want for further decision8ma&ing %:uinone9,

'()*+.

!part from its integral application in sciences and engineering, mathematics also helps to

understand simple issues that can ta&e people hours or even days to understand. /et ta&e an

eample of a person who wants to fill a certain tan& of a given volume with water. /et the flow

rate of water coming into the tan& be  and the radius and height of the tan& be ; and H

respectively. 3ow, let help the person to estimate how long it will ta&e him to fill the tan& of the

given dimensions.

how the volume of water in the tan& changes with time. $iven that the volume %2+ of the tan& is

V = π HR 2

then the change in volume of water in the tan&

d ( π HR 2 ) dt = , where  is the

rate at which the water is flowing into the tan&. The only variable in the relation above is H,

hence, we can write the following

dH dt = F / πR 2 . By integrating ∫ 0 H dH = ∫ 0 t F π R 2 dt the

results of the integration yields the relationship between the level %H+ of water in the tan& and the

time %t+ ta&en to fill up to that level, which is

t = H πR 2 F

. /et assume a tan& of H= >m, ;=

'm, and water flows %+ at )(m

?

1h. by substituting the values in the e0uation we get t= @.'A

hours. t can be seen that using mathematics this person can leave the tan& and comes bac& after

@ hours rather than sitting there waiting for it to be filled up. Mathematical concepts brought

4

down the compleity of the situation and made it easy for the person to &now how long it will

ta&e him to fill the tan&. This eample reveals the beauty and power of mathematics in even

things that we cannot relate with mathematics.

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