Question

A) The linear equation written in slope-intercept form is

B) The cost of renting the bike for 2 hours is $

C) (4,
) is on the linear equation.

D) The point (6,50) represents that it costs $
to rent the bike for
hours

E) The y-intercept is located at
(write your answer as an ordered pair)

F) The y-intercept represents that at
hour(s), the cost of the bike rental is $

G) For $60, you can rent the bike for
hours

Answer 1

To provide accurate answers to each of the prompts, we need more context, specifically about the linear equation and its parameters related to bike rental costs. However, we can create a hypothetical scenario to illustrate how one might answer these questions based on a linear relationship.

Let's assume the linear equation that represents the cost to rent a bike is

**y = 10x**,

where y is the total cost in dollars and x is the number of hours rented. This equation tells us that it costs $10 per hour to rent the bike.

Now, let's answer the prompts based on this hypothetical equation:

A) The linear equation written in slope-intercept form is
**y = 10x**.

B) The cost of renting the bike for 2 hours is $
**20** (since 10 * 2 = 20).

C) (4, ) is on the linear equation.
**(4, 40)** (because 10 * 4 = 40).

D) The point (6,50) represents that it costs $
**50** to rent the bike for
**5 hours** (since 10 * 5 = 50, the y-value should correspond to renting for 5 hours).

E) The y-intercept is located at
**(0, 0)** (when x = 0, y = 10*0 = 0).

F) The y-intercept represents that at
**0 hours**, the cost of the bike rental is $
**0**.

G) For $60, you can rent the bike for
**6 hours** (since 60 / 10 = 6).

These answers are based on the assumed linear relationship and would change if you had a different equation or context for bike rentals.