Hi$,$ can you solve it using python, please?The flow $Q($volume of water per second$)$ in the channel shown in the figure can be calculated by:

$Q=10{\displaystyle \underset{0}{\overset{h}{}}}v(y)dy$

where $v(y)$ is the velocity of the water, and $h=5m$ is the total height of the water. The water

velocity at different heights is given in the table. Calculate the water flow in the channel.The flow $Q($volume of water per second$)$ in the channel shown in the figure can be calculated by:

$Q=10{\displaystyle \underset{0}{\overset{h}{}}}v(y)dy$

where $v(y)$ is the velocity of the water, and $h=5m$ is the total height of the water. The water

velocity at different heights is given in the table. Calculate the water flow in the channel.