Rectangular Notch ( Determination of coefficient of discharge Cd)

[@vimalrajp9890]

Ur videos are useful for those who bunk the labs
Even me😁

[@zendiri1155]

thank you mam i understood clearly your voice is also beautiful😍😄

[@ShivaKumarN-]

U r explaining very well.....👍
Use some more devices to this you tube channel for better quality

[@vidyachatradamath686]

sure..

[@shaikabdulhadhi4867]

Highly appreciative work mam. It will be great if audio quality improved.

[@amritapuri2964]

There's too much audio problem....please try to rectify it....

[@rimshazain8748]

Thanks sis

[@sreejijayan4341]

Notch is not used to find out the coeff of discharge...but the discharge in an open flow

[@an-engineer_366]

Audio quality is not good

[@ShivaKumarN-]

Mam,but ur audio was not clear.

[@shivajisayya8961]

Voice proble. Plz make ur Voice Good in videos

[@sureshthunuguntla91]

Excellent

[@a-02sagarjadhav53]

Thank you, Mam

[@gajendragajendra5497]

Yes we know notch but clearly explain the uses of the notch why we are provide that notch and where explain these are all

[@a-02sagarjadhav53]

Notchs or Weirs are used to study and measure the "Discharge of Fluid" i.e. Whose unit is D: (m3/s)
Formula: g= 9.81 m2/s, O= Angle(°)
Cd= Coefficient of Discharge (no unit)
H=Head/ Height /Depth of water (m)
L= width of notch/ weir. (m)
1)Triangular notch/Weir are used for small/low discharge while
Formula:
{D[]=(2/3).Cd.L.√(2× g) .(H^3/2)}
(2) Rectangular Notch are used to study/Measure Moderate Discharge of fluid flowing.
{D ∆=
(8/15)× Cd×√2g .tan(O÷2).H^5/2}
(3) Trapezoidal Notch are used to study High Discharge.
{ D (Trapezoid) = D([])+ D(∆). }
(4) Stepped Notch:
End Correction is (L - 0.2H) meter
These instrument are used to demonstrate/ Perform Experiment.
I think now you dought is Clear .

[@skylineyt8890]

Google copy paste😂😂😂

[@greenboy6051]

Ma'am voice is not proper

[@bharathbhargava6239]

Say qactual how to calculate

[@sureshsubrath2093]

worst sound recording,

[@bhaskaragravat1840]

👍👍