Facebook Pixel
Mathos
Cebir

Oyun kiralama doğrusal sistem sorusu

İki doğrusal denklemle bir oyun kiralama maliyeti problemini nasıl modelleyeceğini ve yeni ile eski oyun kiralamalarını bulmak için yerine koyma yöntemini öğren.

Yapay Zeka ile Matematikte Ustalaşın

Bir problemde mi takıldınız? Mathos AI, herhangi bir matematiksel kavram için adım adım çözümler, anında görselleştirmeler ve kişiselleştirilmiş özel ders sağlar.


Öğrenme Kaynakları

Bu içerik, Mathos AI açık öğrenme kütüphanesinin bir parçasıdır. Öğrencilerin karmaşık matematiksel problemleri görselleştirmelerine ve anlamalarına yardımcı olmak için tasarlanmıştır.

Güvenilir ve Tanınmış


Destekleyen

Y Combinator

Yer Alan

Forbes

Problem

You rented 66 video games. New games cost \4each,andoldergamescosteach, and older games cost$2each.Ifthetotalcostwaseach. If the total cost was$22$, how many new games and older games did you rent?

Step 1: Name the unknown quantities

Let the number of new games be nn, and let the number of older games be oo.

Step 2: Write the total-count equation

The new games and older games together make 66 rentals, so

n+o=6.n+o=6.

Step 3: Write the total-cost equation

Each new game costs \4,andeacholdergamecosts, and each older game costs $2.Sincethetotalcostis. Since the total cost is $22$,

4n+2o=22.4n+2o=22.

Step 4: Substitute for one variable

From the total-count equation,

n+o=6,n+o=6,

solve for oo:

o=6n.o=6-n.

Step 5: Solve the cost equation

Substitute 6n6-n for oo in the cost equation:

4n+2(6n)=22.4n+2(6-n)=22.

Simplify:

4n+122n=22,4n+12-2n=22, 2n+12=22,2n+12=22, 2n=10,2n=10, n=5.n=5.

Step 6: Find the other quantity

Use the total-count equation:

n+o=6.n+o=6.

Since n=5n=5,

5+o=6,5+o=6,

so

o=1.o=1.

Step 7: State the answer

You rented 55 new games and 11 older game.

Kavramlar

One-Step Equation Word Problems

Real-world problems that translate into a one-step equation. The main challenge is reading the problem, identifying the unknown, and writing the equation. Once the equation is set up, it can be solved in a single step.

Solving One-Step Equations

Equations that can be solved in a single step using the opposite (inverse) operation. The unknown appears on only one side of the equal sign. Includes equations with addition, subtraction, multiplication, or division, such as x+3=7x + 3 = 7 or 4x=204x = 20.

Writing and Interpreting Algebraic Expressions

Using variables (letters) to represent unknown values. Translating word phrases into algebraic expressions and identifying the parts of an expression: terms, coefficients, and constants. For example, in 4x+74x + 7, the coefficient is 4 and the constant is 7.

Daha fazla video

© 2026 Mathos. Tüm hakları saklıdır