To determine the output based on the provided pseudocode when the user inputs a value of 86, let's calculate each step.

1. Input: $\text{price} = 86$

2. Calculate Tax: $\text{tax} = 0.13 \times \text{price} = 0.13 \times 86$ $\text{tax} = 11.18$

3. Calculate Tip: $\text{tip} = 0.2 \times \text{price} = 0.2 \times 86$ $\text{tip} = 17.2$

4. Calculate Total: $\text{total} = \text{price} + \text{tax} + \text{tip}$ $\text{total} = 86 + 11.18 + 17.2$ $\text{total} = 114.38$

So, the output displayed will be:

$114.38$

Therefore, the correct answer is:

$\boxed{114.38}$

Do you want any more details or have any questions?

Here are five related questions you might ask:

1. How would the output change if the tax rate were different?
2. Can you explain how to implement this pseudocode in a specific programming language?
3. What other operations can you perform with pseudocode?
4. How do you handle different input values in pseudocode?
5. What are the best practices for writing clear and effective pseudocode?

Tip: When working with pseudocode, always break down each step and calculate intermediate results to ensure accuracy in your final output.