o_18v63ao501ug31sme1bp3172m13mba.pdf
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
1. Determina a que velocidad sale el agua por la reducción.<br />
A 1 = π 4 (0,02m)2 = πx10 −4 m 2<br />
A 2 = π 4 (0,005m)2 = 1,96349x10 −5 m 2<br />
v1=1m/s<br />
∅1 = 0, 5CM<br />
v2=?<br />
∅2 = 0, 5CM<br />
A 1 ∗ V 1 = A 2 ∗ V 2<br />
πx10 −4 m 2 1 m s = 1,963X10 −5 m 2 v 2<br />
16 m s = V 2<br />
Q = CAUDAL<br />
A 1 ∗ V 1 : m 2 ∗<br />
m s :<br />
m 3<br />
s<br />
1 S → 0,000314159m 3<br />
Q = A 2 ∗ V 2 = 1963X10 −5 m 2 (16 m s<br />
X → 0,012m 3<br />
Q = 0,000314159<br />
m 3<br />
s<br />
x → 38,1
Change language