We need to find the total number of car options available at the dealership, considering both Brand X and Brand Y, including their models and colors. Brand X has 11 models and 20 colors. Brand Y has 6 models and 5 colors.

ArithmeticMultiplicationAdditionCombinatorics
2025/5/27

1. Problem Description

We need to find the total number of car options available at the dealership, considering both Brand X and Brand Y, including their models and colors. Brand X has 11 models and 20 colors. Brand Y has 6 models and 5 colors.

2. Solution Steps

First, we calculate the number of options for Brand X.
Number of Brand X options = (Number of models of Brand X) * (Number of colors of Brand X)
Number of Brand X options=1120=220Number\ of\ Brand\ X\ options = 11 * 20 = 220
Second, we calculate the number of options for Brand Y.
Number of Brand Y options = (Number of models of Brand Y) * (Number of colors of Brand Y)
Number of Brand Y options=65=30Number\ of\ Brand\ Y\ options = 6 * 5 = 30
Finally, we add the number of options for both brands to find the total number of car options.
Total number of options = (Number of Brand X options) + (Number of Brand Y options)
Total number of options=220+30=250Total\ number\ of\ options = 220 + 30 = 250

3. Final Answer

The total number of possible car options at the dealership is
2
5
0.

Related problems in "Arithmetic"

The problem states that $n\%$ of $4869$ is a certain value. The goal is to find $n$. Since the other...

PercentageArithmetic Operations
2025/6/3

The problem is to evaluate the expression $3\frac{3}{4} \times (-1\frac{1}{5}) + 5\frac{1}{2}$.

FractionsMixed NumbersOrder of OperationsArithmetic Operations
2025/6/3

We need to evaluate the expression $1\frac{1}{5} \times [(-1\frac{1}{4}) + (-3\frac{3}{4})]$.

FractionsMixed NumbersOrder of OperationsArithmetic Operations
2025/6/3

We need to evaluate the expression $1\frac{3}{10} + \frac{1}{2} \times (-\frac{3}{5})$.

FractionsMixed NumbersArithmetic OperationsOrder of Operations
2025/6/3

The problem asks us to evaluate the expression $1\frac{1}{5} \times (-\frac{2}{3}) + 1\frac{1}{5}$.

FractionsMixed NumbersOrder of OperationsArithmetic Operations
2025/6/3

The problem is to evaluate the expression $-4 \times 3 - (-2)^3$.

Order of OperationsInteger Arithmetic
2025/6/3

We need to evaluate the expression $(-2)^3 \div (-3)^3 \times (-6)^2 \div 4^2$.

Order of OperationsExponentsFractionsSimplification
2025/6/1

The problem is to evaluate the expression $-3^2 - (-2)^3$.

Order of OperationsExponentsInteger Arithmetic
2025/6/1

We need to evaluate the expression $(-3\frac{2}{3}) \div 6\frac{7}{8} - \frac{1}{3}$.

FractionsMixed NumbersArithmetic Operations
2025/6/1

The problem is to evaluate the expression $(-36) \div (-9) - (-2) \times (-5)$.

Order of OperationsInteger ArithmeticDivisionMultiplicationSubtraction
2025/6/1