DISCHARGE OVER A BROAD CRESTED WEIR |Fluid Mechanics|broad crested weir flow|broad crested weir flow

[@maysamir8106]

L is the width of the weir perpendicular to the white board but not the length of the weir because we should take the cross sectional area cross to the flow direction

[@vinodpatil3333]

OSM Explanation Mam Thanks A Lot😊😊😊😊☺️☺️☺️

[@alexmckay10]

Thanks Mam, u explain really well. Can u help me in determining flow over a spherical surface with water nozzle placed at the centre on the top of the sphere

[@JayPrakash-vt1ri]

Well explained mam

[@rajuchitupaka]

MADAM PLEASE SHARE Boundary Layer Concepts VIDEO

[@robertmaganga7064]

nice presentation but iam still having problems how you gotten 1.7.....coeff

[@Civiltaped]

That is Qmax.

[@bhupendrarajput_1997]

Mam please explain what broad crested weir and sharp crested weir

[@ubaidfarooq9828]

Area is flow is not equal to L x h
Area of flow is perpendicular to the velocity vector

[@ubaidfarooq9828]

@percy doe L is the length of weir perpendicular to plane of the board

[@ubaidfarooq9828]

@percy doe but in this video she is showing L in the plane of the board

[@kchallengewithvideo-cs2jh]

@@ubaidfarooq9828 only her notation is wrong ....dimension of area perpendicular to the water flow direction is L×h

[@KalyanSai-vd1ln]

Well explained mam...... But suggesting to improve your language

[@-JBhanuchander]

U r forgot to adding the -/2g in problem

[@janlevinson1604]

Its h ...yach not hichh

[@jeffayako]

😂 😂 😂 True

[@bhupendrarajput_1997]

Please explain some word in hindi

[@SirKks1]

it would be better if she spoke English