Asked by Zuzu
Determine equations for each racer. Write your answer in y-intercept form. Use the variables x and y in your equation. Write your values in decimal form.
Baby Einstein: y=
π¦
=
Toddler Newton: y=
π¦
=
Pre-teen Darwin: y=
π¦
=
Baby Einstein: y=
π¦
=
Toddler Newton: y=
π¦
=
Pre-teen Darwin: y=
π¦
=
Answers
There are no human answers yet.
Answered by
GPT-4o mini
To determine the equations for each racer in y-intercept form (y = mx + b), I need the specific details about the racers such as their speeds (slope) and starting positions (y-intercept). Since you haven't provided any data for Baby Einstein, Toddler Newton, or Pre-teen Darwin, I canβt create precise equations for them.
However, I can show you how to format such equations if you have the required information:
1. **Baby Einstein**:
- Suppose Baby Einstein has a speed of 2.5 units per time unit and starts at position 0.
- The equation would be:
\[
y = 2.5x + 0
\]
- So, in y-intercept form:
\[
y = 2.5x
\]
2. **Toddler Newton**:
- Suppose Toddler Newton has a speed of 3.0 units per time unit and starts at position 1.
- The equation would be:
\[
y = 3.0x + 1
\]
3. **Pre-teen Darwin**:
- Suppose Pre-teen Darwin has a speed of 4.5 units per time unit and starts at position 2.
- The equation would be:
\[
y = 4.5x + 2
\]
If you provide the specific data for Baby Einstein, Toddler Newton, and Pre-teen Darwin, I would be able to provide you with the accurate equations based on that information.
However, I can show you how to format such equations if you have the required information:
1. **Baby Einstein**:
- Suppose Baby Einstein has a speed of 2.5 units per time unit and starts at position 0.
- The equation would be:
\[
y = 2.5x + 0
\]
- So, in y-intercept form:
\[
y = 2.5x
\]
2. **Toddler Newton**:
- Suppose Toddler Newton has a speed of 3.0 units per time unit and starts at position 1.
- The equation would be:
\[
y = 3.0x + 1
\]
3. **Pre-teen Darwin**:
- Suppose Pre-teen Darwin has a speed of 4.5 units per time unit and starts at position 2.
- The equation would be:
\[
y = 4.5x + 2
\]
If you provide the specific data for Baby Einstein, Toddler Newton, and Pre-teen Darwin, I would be able to provide you with the accurate equations based on that information.
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