ELECTRONIC JOURNAL OF ACTUAL PROBLEMS OF MODERN SCIENCE, EDUCATION AND TRAINING. FEBRUARY, 2021 -III. ISSN 2181-9750
http://khorezmscience.uz
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times.[3] This requires the development of new approaches to teaching
mathematics. In order to deepen the knowledge and talents of young people, to ensure
their participation in the further development of Uzbekistan as qualified personnel,
modern approaches to the educational process are being introduced, in response to
which we focus on efficiency and effectiveness in implementing our knowledge and
work. The prosperity and sustainable development of our country depends to some
extent on the deep knowledge, strong beliefs and, in general, the perfection of young
people. Our society needs people who are able to take an active part in solving
problems, who understand the situation, who think comprehensively, who understand
the daily and professional problems of life, who can analyze, compare, and solve
practical problems. We all know that the science of mathematics cultivates the human
mind, develops its attention, cultivates in itself the determination and will to achieve
the intended (developed) goal, provides its own algorithmic discipline, and most
importantly, his thinking expands. This means that a modern person must be able to
make independent decisions, work in a team, be proactive, adapt to innovations, be
able to withstand stressful and stressful situations, and be able to get out of these
situations.[1] Man always uses a model in one form or another to study a process, event,
or phenomenon. A well-built model is more convenient than a real object, because it is
up to the specialist to change the model as he wishes. This work cannot be done on a
real object. In addition, there are objects and phenomena in nature that can only be
studied in a model. For example, conducting experiments on the scale of the biosphere,
conducting experiments on the sun itself to study the physical processes in the sun,
studying the Earth's climate, the dependence of the Earth on the trajectory of its rotation
around the sun, and so on. k. Often, such experiments are not possible or are strictly
prohibited due to irreversible processes. In such cases, it is only through modeling that
certain information can be obtained. In a broad sense, a model is an image or pattern
of an object or system of objects. For example, the model of the earth - the globe, the
model of the sky and the stars - the planetarium, and so on. A model is a mathematical
description of the important properties of an object, process, or event under study. The
model reflects only the properties of the object to be searched, so the model does not
have to reflect all the properties of the object. The model can replace a real object. [7]
It is another object with a certain structure that is convenient for experimentation and
research. Before starting any work, a person imagines the design, construction or
structure of the work, that is, creates a copy (model). It follows that the model is often
abstract. If we describe the imaginary copy, that is, the abstract model, "in its own
language" - in accordance with mathematical symbols and the corresponding rules,
then such a model is called a mathematical model.
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