Tenglama

Tenglama is a mathematical term used in several Turkic-language contexts to denote an equation: a statement that asserts the equality of two expressions and that can be solved by finding values for the variables that make the equality true. A tenglama may involve numbers, variables, constants, and mathematical operations such as addition, subtraction, multiplication, and exponentiation.

Etymology and usage of the term vary by language, but the concept is common across mathematical education in Turkic-speaking communities. In general, a tenglama expresses a balance between two sides and may describe a single-variable equation or a more complex relation involving several variables. The plural form tenglamalar is sometimes used in Turkic-language texts to refer to equations in general or to systems of equations.

Types and examples commonly encountered include linear tenglamalar, quadratic tenglamalar, and polynomial tenglamalar, as well as systems of tenglamalar. Example: 2x + 3 = 7 is a tenglama with the solution x = 2. Another example, a system such as 2x + y = 5 and x − y = 1, is a set of tenglamalar whose simultaneous solution satisfies both equations.

Solving a tenglama involves methods familiar from algebra, such as isolation of variables, factoring, substitution, elimination, or graphical interpretation. The objective is to identify all variable assignments that satisfy the equality. In education and textbooks, tenglama is presented alongside other algebraic concepts, providing the foundational techniques used to analyze and solve equalities.

See also: equation, algebra, linear equation, quadratic equation, system of equations.