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Mathematics 16 Online
OpenStudy (raffle_snaffle):

Bernoulli's equations problem.

OpenStudy (raffle_snaffle):

Hold on... Let me post it.

OpenStudy (raffle_snaffle):

OpenStudy (raffle_snaffle):

@ganeshie8

ganeshie8 (ganeshie8):

@mathmate

OpenStudy (raffle_snaffle):

@imqwerty

OpenStudy (raffle_snaffle):

let me post my solution. I am having a hard time solving for P1

OpenStudy (raffle_snaffle):

OpenStudy (agent0smith):

You can use the continuity equation here, right? \[\large A_1 v_1 = A_2 v_2\]

OpenStudy (raffle_snaffle):

Where does that equation come from?

OpenStudy (raffle_snaffle):

in this case would v1 = v2? I am assuming the vel are zero since they are negligible.

OpenStudy (agent0smith):

You've never seen it? It comes from conservation of mass, the fact the mass rate of flow is equal at each point.

OpenStudy (raffle_snaffle):

maybe in another form. We use m dot = row*A*vel

OpenStudy (raffle_snaffle):

if we assume inlet 1 and inlet 2 are equal than we can say mi dot = me dot i = in and e = exit.

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