Авторы

  • Жонибек Юлдашев
    Academic Lyceum of Turin Polytechnic University in Tashkent

DOI:

https://doi.org/10.71337/inlibrary.uz.ijai.107796

Аннотация

This in the article trigonometric equations solution non-standard methods about information given . Including both sides of the equation side one kind trigonometric to the function multiplication , both​ towards one odd number or one kind trigonometric function add and subtraction , proportion , mathematics analysis of elements , vectors scalar from the product use about information given and visols undress shown .

 

 

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INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE

ISSN: 2692-5206, Impact Factor: 12,23

American Academic publishers, volume 05, issue 05,2025

Journal:

https://www.academicpublishers.org/journals/index.php/ijai

page 1770

TRIGONOMETRIC EQUATIONS AND SOLVING METHODS

Yuldashev Jonibek Azamkulovich

head teacher of mathematics at the Academic Lyceum of

Turin Polytechnic University in Tashkent

Abstract :

This in the article trigonometric equations solution non-standard methods about

information given . Including both sides of the equation side one kind trigonometric to the

function multiplication , both​

towards one odd number or one kind trigonometric function

add and subtraction , proportion , mathematics analysis of elements , vectors scalar from the

product use about information given and visols undress shown .

Key words :

Function determination domain of the function limitation property , proportion ,

vector , scalar multiplication , number inequality , equations system , equations union .

Trigonometric equations to the appearance looking at solution one how much methods

available . These instead of to put , to rationalize instead of substitutions , trigonometric

equations different ways of solving private cases , artificial form from substitutions using

trigonometric equations solution and etc. Some​

in cases given we know the equations

methods with solution much complicated It will be . equations solution non-standard to the

methods stop Let's go . Artificial form requiring replacement​

trigonometric equations in

solution following from methods is used .

Trigonometry algebra and geometry in sciences important importance has is , is

integrative to the feature have ​ In this sense trigonometric equations solutions collection

generalization and them choice in students difficulty gives birth to . Because students two

variable linear equations solution methods and their application opportunities about enough for

information has not to be possible . Two variable linear equations solution methods school

mathematics in science deep It is also known that it cannot be studied . But specialized schools

and high schools mathematics study in programs two variable linear equations occurs and they

Diophantus equations ( undefined equations ) topics in the section is studied .

Two variable linear Diophantus equations solution technique trigonometric equation

roots collection one how many when general roots the set separate in receiving application

possible . Because selectively taken general roots set usually given equation solution as a result

found all roots total satisfied for they two variable linear Diophantus equations roots set that

obvious will be . Especially trigonometric equations given in the field when given roots

collection separate in receiving this obvious It seems like this . in cases trigonometric equation

roots only given to the sectors relevant those who were separate required to obtain and in this

many in cases choice through results is taken . But choice and intuitive considerations always

reliable​

expected the results It doesn't give . That's why for Diophantus equations and

trigonometric of equations mutual relatedness study mathematics internal integration to

strengthen service does . Mutually relevance trigonometric of equations solutions set first of all

arithmetic progression organization to be able with explained .


background image

INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE

ISSN: 2692-5206, Impact Factor: 12,23

American Academic publishers, volume 05, issue 05,2025

Journal:

https://www.academicpublishers.org/journals/index.php/ijai

page 1771

Trigonometric issues in solving , their general solutions find for arithmetic progressions

in the form of written roots set compare need will be , because they either of the matter

solution , or on the contrary to be possible .

Let's assume first x

k

= + 1 5 k progression k - hadi second x

m

= + 3 7 m progression m -

to the extent equal let it be . k and m parameter how in values 1 5 + = + k 3 7 m equality

appropriate that we determine . k and m parameter so value find must arithmetic progressions

found numbered values equal Let . As a result following whole with coefficient two variable

linear equation harvest becomes : 5 k − 7 m = 2. The equation whole numbers in the collection

We solve the equation . variable in front of two from the coefficient we get the most small to

value has that happened we choose ( this is 5) and on the left second the limit is 7 m = 5 m + 2

m such as we write and 5 k − − 5 m 2 m − = + 2 5 k 5 m 2 2 m . The left side of the equation is

5 submissiveness for right side is also 5 division necessary : 2 m + = 2 5 s , sZ . Thus , 2 m −

=− 5 s 2 from the equation m and s unknown whole numbers as above we will find .

Last of the equation variables in front of two from the coefficient we get the most small

to value has what happened we choose ( this is 2) and on the left second term 2 m − − =− 4 σs 2

2 m − = − 4 ss in 2 forms We write . The left side of the equation is divided by 2 . multiple ,

therefore for s − 2 is also 2 multiple to be we need : s − = 2 2 p , pZ . So as s = + 2 p

2

from the

equation unknown s and p whole numbers We will find . From the unknowns one of coefficient

1​ equal was equation to be taken with solution process finally So , s = + 2 p 2​ equation p of

optional whole in values will be an integer .

So as first progression k = + 7 p 6 in number present x = + = + 1 5 k 1 5(7 p + = 6) 35 p

+ 31, second progression m = + 5 p 4 in number present x = + 3 7 m = + 3 7(5 p + = 4) 35 p +

31 is equal . m = + 5 p 4 and k = + 7 p 6 , both progression general reaches the terms ( values ) .

So , the general term is x = 35 p + 31 ,

p = Z.

Conclusion as to say possibly trigonometric​

equations roots collection in

generalization whole with coefficient linear equations solution to the methods separately

attention to give necessary . From the analyses this It was found that the students trigonometric

of equations roots generalization mainly choice through done This is​

one how much

calculations and It takes time . Therefore for trigonometric of equations general roots collection

when choosing whole with coefficient linear equation solution from the methods use teacher

and to students We believe that this will have a positive effect . Also , such approaches

mathematics science internal mutual integration​ to provide service does .

Used literature list:

1. UX Khankulov .

Trigonometric issues in solution many kind of methods application .

Physics , Mathematics and Informatics.- Tashkent , 2024. -№ 4. -P.24-32.

2. Victor Shoup . A Computational Introduction to Number Theory and Algebra. Boston ,

2015.p.247.

3. Nishonov , FM, Shaev , AK, (2021). Some questions of the organization of individual

works of students in mathematics in the conditions of credit training. Theoretical &

Applied Science, (4), 1-7.

4. Nishanov , FM (2018). Some questions of design of tasks in mathematics. ISJ Theoretical

& Applied Science, 09 (65): 41-44. Doi:

https://dx.doi.org/10.15863/TAS.2018.09.65.7


background image

INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE

ISSN: 2692-5206, Impact Factor: 12,23

American Academic publishers, volume 05, issue 05,2025

Journal:

https://www.academicpublishers.org/journals/index.php/ijai

page 1772

5. Govorova, K. F. (2018). Formation of basic competence in solving trigonometric equations

and inequalities. Scientific electronic journal Meridian, (4), 15-17.

Библиографические ссылки

UX Khankulov . Trigonometric issues in solution many kind of methods application . Physics , Mathematics and Informatics.- Tashkent , 2024. -№ 4. -P.24-32.

Victor Shoup . A Computational Introduction to Number Theory and Algebra. Boston , 2015.p.247.

Nishonov , FM, Shaev , AK, (2021). Some questions of the organization of individual works of students in mathematics in the conditions of credit training. Theoretical & Applied Science, (4), 1-7.

Nishanov , FM (2018). Some questions of design of tasks in mathematics. ISJ Theoretical & Applied Science, 09 (65): 41-44. Doi: https://dx.doi.org/10.15863/TAS.2018.09.65.7

Govorova, K. F. (2018). Formation of basic competence in solving trigonometric equations and inequalities. Scientific electronic journal Meridian, (4), 15-17.