Math Question
![Devorah is filling a pool with a hose. The volume, \( H \), in liters, of water coming out of the hose in \( m \) minutes is given by the function \( H(m)=17.4 m \). However, it is a sunny day, and water is also evaporating from the pool. Therefore, the volume, \( V \), in liters, of water in the pool \( m \) minutes after Devorah started filling it is given by \( V(m)=17 m \).
Let \( E \) be the volume of water, in liters, that has evaporated from the pool \( m \) minutes after Devorah started filling it.
Write a formula for \( E(m) \) in terms of \( H(m) \) and \( V(m) \).
\[
E(m)=
\]
Write a formula for \( E(m) \) in terms of \( m \).
\[
E(m)=
\]
Report a problem](https://d3hlidq5bf9vg0.cloudfront.net/app-server-student/2022/4/21/25877337-9b46-4fe9-a7a2-8d73c679cad9.png "Devorah is filling a pool with a hose. The volume, \( H \), in liters, of water coming out of the hose in \( m \) minutes is given by the function \( H(m)=17.4 m \). However, it is a sunny day, and water is also evaporating from the pool. Therefore, the volume, \( V \), in liters, of water in the pool \( m \) minutes after Devorah started filling it is given by \( V(m)=17 m \).
Let \( E \) be the volume of water, in liters, that has evaporated from the pool \( m \) minutes after Devorah started filling it.
Write a formula for \( E(m) \) in terms of \( H(m) \) and \( V(m) \).
\[
E(m)=
\]
Write a formula for \( E(m) \) in terms of \( m \).
\[
E(m)=
\]
Report a problem")
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