Case
lab 4
- Course
- Phys1080 (PHYS1080)
- Institution
- University Of Guelph (U Of G )
Case of 1 pages for the course Phys1080 at U of G (answers to lab 4)
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Calculations of bead #30 alllarge
Radius 2 33 mm 2 vag
n
(Psphere-Poil)
=
.
=
=0 00233m .
9V +
Slope : 4 .
101cm/s n =
2(0 0233m)2(9 8) .
.
(2150kg/ms - 875kg/m3)
=
0 04101M/s
. 9 (0 4101).
0 368Pa S
density kg/m2 n=
.
: 2150 .
Oll #30 =
875 kg/m3
Calculations of large bead #50 oil
radius =
2 33mm .
n= 2 reg (Psphere -
Poll
= 0 . 00233m 9Vt
Slope=2 076 cm/s .
n =
2 (0 . 00233)2(9 8) (2150 .
-
890)
= 0 .
02076 M/s 9 (0 02076) .
density : 2150kgIms n = 0 .
718 Da
.
Oll #50 =
890kg/m3
average radius
# 30 Ol :
ran
V+ 1 202cm/s
.
2g (Pspwere-Pal)
3
=0 01202 M/s
.
n =
0 368 Pa S r
~ 01202(9)(0 368)
. .
. = .
Poll 875KgIms 2 (9 8) (2105 875)
averagea
-
: .
Psphere=2150kgIms v= 1 26mm
.
ro
2
# 50 Oll :
Vavg= 1 26
.
+ 1 26.
ran
V= 0 605cm/s
.
2
=0 00609m/s 2g (Pspwere-Pal) 1 26 mm
rang :
. .
n =
0 718 Pa S r
~ 00605(9)(0 718)
.
. = .
.
Pol =
890kg/ms 2 (9 8) (2105.
-
890)
Psphere=2150kg/m3 v= 1 26 mm
.
-
20°C 20°
548 8 Da .
603 .
7 Pa
0 .
0344 cm/ 0 . 0234 cm3s
0 .
00079 Pa S .
0 00128 Pa S
.
.
Sample calculation
:
marked unmarked r= oQuL/typ
-
:
(548 8)
= (1 85x10- 3))
/
%(5 747x109)
.
VIt nr+g 51870
.
Q
n
Q v
=
= = = .
8QL 747x10-9m2/s 173mm
= 5/932 = 5 .
r= 0 .
= 5 . 365m2 U = (0 000K)"(548 .
. 8)
8(5 365x10-9) (0 32)
.
.
n = 1 05. x 10.3 Pa . S
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