Answer:
H(10) is the altitude of a hot air balloon overtime after 10 minutes. In order to find h(10)'s value, you just have to substitute 10 as t in the equation. h(10) and h(t) represents the value of y in a linear equation. So pretty much: h(10)= 210 - 15(10)
Step-by-step explanation:
h(10) and h(t) represent the value of y. So basically: h(10)= 210 - 15 (10) or the altitude of a hot air balloon after 10 minutes.
It is defined as a special type of relationship, and they have a predefined domain and range according to the function every value in the domain is related to exactly one value in the range.
The question is incomplete.
The complete question is:
The function h(t) = 210 – 15t models the altitude of a hot air balloon over time t, in minutes.
Explain what h(10) means in the context of the real-world scenario, and how to find its value.
It is given that:
The function h(t) = 210 -15t
h(10)
It is required to explain the meaning of h(10) in the context of the real-world scenario, and how to find its value.
The altitude of a hot air balloon after 10 minutes is represented by h(10). Simply replace 10 as t in the calculation to obtain the value of h(10).
In a linear equation, the values of h(10) and h(t) represents the value of y. So basically: h(10)= 210 - 15 (10)
Thus, h(10) and h(t) represent the value of y. So basically: h(10)= 210 - 15 (10) or the altitude of a hot air balloon after 10 minutes.
Learn more about the function here:
brainly.com/question/5245372
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