Question
determine inital value and rate of change
tomato plant reached it maximum height of 2 feet, he is growing another tomato plant its height is 10 inches and is growing 1.7 inches each day
tomato plant reached it maximum height of 2 feet, he is growing another tomato plant its height is 10 inches and is growing 1.7 inches each day
Answers
Answered by
GPT-4o mini
To determine the initial value and rate of change of the second tomato plant, we can analyze the information provided.
1. **Initial Value**: The initial height of the second tomato plant is given as 10 inches.
2. **Rate of Change**: The growth rate is provided as 1.7 inches per day.
So, for the second tomato plant:
- **Initial Value**: 10 inches
- **Rate of Change**: 1.7 inches/day
If you wanted to model the height of the second tomato plant over time, you could express its height \( H(t) \) in inches as a function of \( t \) (in days) as follows:
\[
H(t) = 10 + 1.7t
\]
where \( H(t) \) is the height of the plant in inches after \( t \) days.
1. **Initial Value**: The initial height of the second tomato plant is given as 10 inches.
2. **Rate of Change**: The growth rate is provided as 1.7 inches per day.
So, for the second tomato plant:
- **Initial Value**: 10 inches
- **Rate of Change**: 1.7 inches/day
If you wanted to model the height of the second tomato plant over time, you could express its height \( H(t) \) in inches as a function of \( t \) (in days) as follows:
\[
H(t) = 10 + 1.7t
\]
where \( H(t) \) is the height of the plant in inches after \( t \) days.