1. This document presents geological data from borehole samples including lithology, physical properties, and geochemical characteristics.
2. The samples were taken from 7 boreholes and represent different rock formations from depths of around 1,200 to 1,300 meters.
3. Chemical analysis of the samples shows their compositions of elements like silicon, aluminum, and carbon along with isotopic ratios. Physical properties such as density and magnetic susceptibility are also reported.
Tabel uap untuk membantu dalam meyelesaikan persoalan pada pengolahan pangan. Cari lebih banyak di; http://muhammadhabibielecture.blogspot.com/2015/02/materi-kuliah-semester-4.html
Coastal homes have a reputation for severe weather. The location that gives you
fantastic views also magnifies the elements such as severe temperatures, sun, salt
and wind day in and day out, wearing down your home’s exterior faster. Impact
products from Integrity Windows and Doors sustain the structural quality of your
home because of Ultrex®, a pultruded fiberglass material that is built to perform.
Ultrex outlasts the competition under normal conditions, but on the coast it leaves
them in the dust. Other materials can corrode and vinyl can distort, crack and
fade in just a handful of years, but durable low-maintenance Ultrex weathers the
harsh coastal conditions and looks fantastic in the sun.
SharePoint to some is a “content repository”. Is it? Sure, in a loose way. In this session, I’ll share how I sold management on the use of a BPM wiki site for onboarding new team members, consultants, and contractors. All it took was mapping out the content, adding some graphical links, and doing a “little bit” of HTML coding.
Tabel uap untuk membantu dalam meyelesaikan persoalan pada pengolahan pangan. Cari lebih banyak di; http://muhammadhabibielecture.blogspot.com/2015/02/materi-kuliah-semester-4.html
Coastal homes have a reputation for severe weather. The location that gives you
fantastic views also magnifies the elements such as severe temperatures, sun, salt
and wind day in and day out, wearing down your home’s exterior faster. Impact
products from Integrity Windows and Doors sustain the structural quality of your
home because of Ultrex®, a pultruded fiberglass material that is built to perform.
Ultrex outlasts the competition under normal conditions, but on the coast it leaves
them in the dust. Other materials can corrode and vinyl can distort, crack and
fade in just a handful of years, but durable low-maintenance Ultrex weathers the
harsh coastal conditions and looks fantastic in the sun.
SharePoint to some is a “content repository”. Is it? Sure, in a loose way. In this session, I’ll share how I sold management on the use of a BPM wiki site for onboarding new team members, consultants, and contractors. All it took was mapping out the content, adding some graphical links, and doing a “little bit” of HTML coding.
Diseno en ingenieria mecanica de Shigley - 8th ---HDes
descarga el contenido completo de aqui http://paralafakyoumecanismos.blogspot.com.ar/2014/08/libro-para-mecanismos-y-elementos-de.html
Diseno en ingenieria mecanica de Shigley - 8th ---HDes
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Model Attribute Check Company Auto PropertyCeline George
In Odoo, the multi-company feature allows you to manage multiple companies within a single Odoo database instance. Each company can have its own configurations while still sharing common resources such as products, customers, and suppliers.
Acetabularia Information For Class 9 .docxvaibhavrinwa19
Acetabularia acetabulum is a single-celled green alga that in its vegetative state is morphologically differentiated into a basal rhizoid and an axially elongated stalk, which bears whorls of branching hairs. The single diploid nucleus resides in the rhizoid.
The French Revolution, which began in 1789, was a period of radical social and political upheaval in France. It marked the decline of absolute monarchies, the rise of secular and democratic republics, and the eventual rise of Napoleon Bonaparte. This revolutionary period is crucial in understanding the transition from feudalism to modernity in Europe.
For more information, visit-www.vavaclasses.com
How to Make a Field invisible in Odoo 17Celine George
It is possible to hide or invisible some fields in odoo. Commonly using “invisible” attribute in the field definition to invisible the fields. This slide will show how to make a field invisible in odoo 17.
Macroeconomics- Movie Location
This will be used as part of your Personal Professional Portfolio once graded.
Objective:
Prepare a presentation or a paper using research, basic comparative analysis, data organization and application of economic information. You will make an informed assessment of an economic climate outside of the United States to accomplish an entertainment industry objective.
Unit 8 - Information and Communication Technology (Paper I).pdfThiyagu K
This slides describes the basic concepts of ICT, basics of Email, Emerging Technology and Digital Initiatives in Education. This presentations aligns with the UGC Paper I syllabus.
9. 8
2-B, 3-B
2
N f
N f 3 5 32 27 21.2
N f i i i i
2 2 2 2 2 2 2 2
N f
N =491.4+421.2+191.3+842.4=1946.3
N
N
N =0.084 24 404.7
N=(N +N 0.95+N 0.9 2602
1-B, 4-B
2
N f
N f 3 5 27
N f i i i i
2 2 2 2 2 2 2 2
N f
N f i i i
N =368.6+210.6+191.3+421.2+590.7=1782.4
N
N
N =0.084 24 02.4
N=(N +N 0.95+N 0.9 2168
8000 8000
24000
8000
N=2168 N=2168N=2602N=2602
N=2168+2602+2602+2168=9540
2250 2250
10. 9
9.
9.1
hc=-
b +h
4 c bt+ N/(bc l )
Nmax1
2
=- 1.1+1.1
4
2602 =1.52 hc=1.6+ 1
2
+
b -
h -
Nmax -
c -
Rbt - B30
N -
b -
l -
2150
2250 la
1600
-14.40
-16.00
bc=(8+8)/2=8 l =24+2.25
9.2.
R1= c1 c2
k z II+Mq 1
'
II+(Mq b
'
II+Mc II]= 1.1
2
k=1.1 -
c1=1.4 -
c2=1.4 -
M =1.81
Mq=8.24 -
Mc=9.97
kz=1 -
b=6
II=2.26 3
-C
d1=1.6 -
db=2 -
CII=0.13 2
-
'
II=2.14 3
-
'
II= 1 1 2 2 3 3
h1+h2+h2
= 4+4.3+6.4 =2.14 3
p= N+Gc+G
bc l
= =51.2 2
<182.7 2
Gc- Gc=bc lc c f
Gx- Gx bc
'
II f
1700
13. 12
10.
C 0.27 Aw=1.3
he=Aw
e
m1 -4 2
/
m2 -4 2
/
m3 -4 2
/
B-1 h1=5.9 h2=6.1 h3=8.8
z1=17.85 z2=11.85 z3=4.4
m =(hi
i
i)/(2 2
e)=0.52 -4 2
/
po=p- '
II / 2
S1=he o
-4
=2.06
B-4 h1=4.4 h2=6.4 h3=10
z1=18.6 z2=13.2 z3=5
m =(hi
i
i)/(2 2
e)=0.54 -4 2
/
S2=he o= -4
=2.12
C i=(S2-S1)/L=(2.12-2.06)/2400=0.000025
14. 13
11.
Wm=Wo
Wo -C
K -C
C - ( )
Wp=Wm
-C
-C
W =Wi f
l -
f -
Wi,T=(Wi+Wi-1 i-hi-1)/2
h i,T=hi-1+(hi-hi-1 i+2 Wi-1)/3 i+Wi-1)
0 10 20 40 60 80 89.8
Wo ( ) 0.035 0.035 0.035 0.035 0.035 0.035 0.035
K 0.4 0.4 0.55 0.8 1 1.15 1.2
C 0.8 0.8 0.8 0.8 0.8 0.8 0.8
W ( ) 0.011 0.011 0.015 0.022 0.028 0.032 0.034
1.75 1.75 1.5 1.26 1.14 1.06 1.03
0.65 0.65 0.65 0.65 0.65 0.65 0.65
Wp ( ) 0.013 0.013 0.015 0.018 0.021 0.022 0.022
Wi=W+Wp 0.024 0.024 0.030 0.041 0.049 0.054 0.056
l 26 26 26 26 26 26 26
f 1.4 1.4 1.4 1.4 1.4 1.4 1.4
Wi, 0.871 0.871 1.107 1.483 1.774 1.980 2.042
Wi, 8.71 9.89 25.90 32.58 37.54 19.71 134.33
h i, 5 15.1 31.5 50.4 70.2 84.4 51.74
Wi, h i, 43.57 149.43 815.69 1641.17 2636.71 1662.96 6949.54
2
N f
N f 3 5
N f i i i i
2 2 2 2 2 2 2 2
N f i i
N f i i i
N f
Gx bc
'
II f
N =5888.84+3697.2+3050.2+7709.7+5316.3+4223.7+5469.7=35355.64
N
N
N =0.084 24
N=(N +N 0.95+N 0.9 42015.1
15. 14
W=134.33
15
G '
II f / 2
G =G /
G =G h/2=843.3 13.4/2=5650.1
N=42015.1
51.74
O
C
A
R
R
a
d
14.25 l=li
12.
I .
. .
G =2560.1
4.478.93
F< Fu c
n
F - F=G +W=2560.1+134.33=2694.43
Fu -
f -
f=0.45 ( )
n - n=1
c - c=1.2
2694.43 <15755.7
,
.
.
24.5 29.5 34.5 39.5
00
10
20
30
40
50
3.42
2.41
2.59
2.79
3
3.2
3.36 3.47 3.6
3.463.323.17
2.99 3.17 3.42
3.32.81 3.11
2.992.64 3.2
2.55 2.88 3.11
16. 15
R= (a+14.25)2
+(d+51.74+15)2
l= R2
-(51.74+d)2
li=L/n
Hi= R2
-(l-li i)2
-51.74-d
Gi= l '
II i+Hi+1) i/2
Ms
Mrf Gi i+ Ci i)
Mrf Gi i
Hi<1.5 tan i=0.726
1.5 <Hi< tan i=0.838
<Hi< tan i=0.404
Hi>11.4 tan i=0.726-
. k=Ms/Mrf c n=1.2
a 24.5 R 77.17 K
d 0 l 57.28 2.41
n li Hi Gi Mrf
1 11.46 10.36 3110.4 96975.9
2 11.46 17.36 8323.5 466351.5
3 11.46 21.95 11806.3 661484.5
4 11.46 24.58 13974.4 782961.6
5 11.46 25.43 15019.3 841505.9
Mrf 2849279.4
Ms 1184691.2
a 24.5 R 85.97 K
d 10 l 59.84 2.59
n li Hi Gi Mrf
1 11.97 9.66 3032.3 105316.4
2 11.97 16.37 8168.9 509847.2
3 11.97 20.83 11671.8 728472.7
4 11.97 23.39 13874.4 865947.0
5 11.97 24.23 14941.2 932524.7
Mrf 3142108.0
Ms 1211635.5
a 24.5 R 95.00 K
d 20 l 62.30 2.79
n li Hi Gi Mrf
1 12.46 9.14 2984.7 114557.0
2 12.46 15.60 8080.0 557291.4
3 12.46 19.94 11607.2 800562.8
4 12.46 22.44 13842.4 954731.8
5 12.46 23.26 14929.2 1029686.7
Mrf 3456829.8
Ms 1238579.8
a 24.5 R 104.21 K
d 30 l 64.67 3.00
n li Hi Gi Mrf
1 12.93 8.72 2957.9 124530.8
2 12.93 14.98 8036.8 608046.0
3 12.93 19.21 11592.5 877064.7
4 12.93 21.67 13859.8 1048603.6
5 12.93 22.47 14965.6 1132267.3
Mrf 3790512.4
Ms 1265524.1
a 24.5 R 113.56 K
d 40 l 66.95 3.20
n li Hi Gi Mrf
1 13.39 8.39 2945.5 135128.4
2 13.39 14.47 8026.0 661679.6
3 13.39 18.61 11614.2 957494.0
4 13.39 21.02 13913.5 1147054.7
5 13.39 21.82 15037.9 1239747.4
Mrf 4141104.1
Ms 1292468.4
a 24.5 R 123.00 K
d 50 l 69.16 3.42
n li Hi Gi Mrf
1 13.83 8.12 2943.5 146274.5
2 13.83 14.05 8039.0 717887.6
3 13.83 18.11 11662.9 1041497.5
4 13.83 20.48 13994.4 1249709.0
5 13.83 21.26 15137.0 1351740.1
Mrf 4507108.7
Ms 1319412.7
a 29.5 R 79.80 K
d 0 l 60.77 2.55
n li Hi Gi Mrf
1 12.15 11.54 3677.5 213060.1
2 12.15 19.24 9809.2 568303.8
3 12.15 24.27 13864.5 803253.7
4 12.15 27.13 16377.5 948845.3
5 12.15 28.06 17585.9 1018858.3
Mrf 3552321.2
Ms 1394766.7
a 29.5 R 88.34 K
d 10 l 63.20 2.64
n li Hi Gi Mrf
1 12.64 10.70 3544.3 126485.6
2 12.64 18.04 9522.6 610697.4
3 12.64 22.90 13566.3 870022.4
4 12.64 25.69 16098.7 1032430.5
5 12.64 26.60 17322.7 1110927.4
Mrf 3750563.3
Ms 1421711.0
a 29.5 R 97.15 K
d 20 l 65.53 2.81
n li Hi Gi Mrf
1 13.11 10.05 3453.0 135523.1
2 13.11 17.10 9327.0 657834.5
3 13.11 21.81 13365.9 942698.0
4 13.11 24.52 15916.5 1122591.8
5 13.11 25.41 17154.4 1209898.7
Mrf 4068546.1
Ms 1448655.3
17. 16
a 29.5 R 106.17 K
d 30 l 67.78 2.99
n li Hi Gi Mrf
1 13.56 9.54 3390.7 145439.3
2 13.56 16.33 9195.8 708828.4
3 13.56 20.91 13237.2 1020344.7
4 13.56 23.56 15806.3 1218377.3
5 13.56 24.43 17057.4 1314810.9
Mrf 4407800.7
Ms 1475599.6
a 29.5 R 115.36 K
d 40 l 69.96 3.17
n li Hi Gi Mrf
1 13.99 9.13 3349.0 156080.2
2 13.99 15.71 9111.4 763083.7
3 13.99 20.17 13161.9 1102311.2
4 13.99 22.77 15750.6 1319116.0
5 13.99 23.62 17014.7 1424983.4
Mrf 4765574.5
Ms 1502543.9
a 29.5 R 124.67 K
d 50 l 72.08 3.36
n li Hi Gi Mrf
1 14.42 8.79 3322.5 167341.2
2 14.42 15.19 9061.9 820184.7
3 14.42 19.55 13127.1 1188129.5
4 14.42 22.09 15736.7 1424318.8
5 14.42 22.93 17013.9 1539917.6
Mrf 5139891.7
Ms 1529488.2
a 39.5 R 110.67 K
d 30 l 74.63 3.17
n li Hi Gi Mrf
1 14.93 11.44 4477.7 200198.9
2 14.93 19.47 12094.4 971733.3
3 14.93 24.83 17331.1 1392483.4
4 14.93 27.92 20638.3 1658200.1
5 14.93 28.93 22243.3 1787161.3
Mrf 6009777.0
Ms 1895750.6
a 39.5 R 119.51 K
d 40 l 76.62 3.32
n li Hi Gi Mrf
1 15.32 10.85 4360.4 210527.8
2 15.32 18.57 11821.7 1025698.1
3 15.32 23.77 17010.9 1475931.1
4 15.32 26.78 20308.2 1762013.2
5 15.32 27.77 21913.4 1901289.9
Mrf 6375460.0
Ms 1922694.9
a 39.5 R 128.52 K
d 50 l 78.55 3.47
n li Hi Gi Mrf
1 15.71 10.37 4270.1 221714.3
2 15.71 17.83 11611.6 1083423.4
3 15.71 22.88 16764.3 1564196.8
4 15.71 25.82 20055.0 1871231.9
5 15.71 26.78 21661.2 2021100.1
Mrf 6761666.5
Ms 1949639.2
a 39.5 R 85.69 K
d 0 l 68.33 2.88
n li Hi Gi Mrf
1 13.67 14.26 5107.1 317731.4
2 13.67 23.51 13529.4 841707.0
3 13.67 29.48 18982.1 1180937.4
4 13.67 32.86 22330.0 1389218.1
5 13.67 33.95 23933.1 1488951.3
Mrf 5218545.1
Ms 1814917.7
a 39.5 R 93.69 K
d 10 l 70.49 2.99
n li Hi Gi Mrf
1 14.10 13.08 4834.2 328823.1
2 14.10 21.86 12914.0 878408.8
3 14.10 27.61 18283.1 1243613.1
4 14.10 30.88 21617.5 1470423.2
5 14.10 31.95 23222.7 1579607.4
Mrf 5500875.6
Ms 1841862.0
a 39.5 R 102.04 K
d 20 l 72.59 3.11
n li Hi Gi Mrf
1 14.52 12.17 4631.1 343092.1
2 14.52 20.54 12449.2 922278.5
3 14.52 26.09 17745.7 1314666.5
4 14.52 29.27 21065.7 1560621.9
5 14.52 30.30 22671.0 1679550.2
Mrf 5820209.1
Ms 1868806.3
a 44.5 R 113.18 K
d 30 l 78.31 3.42
n li Hi Gi Mrf
1 15.66 12.52 5141.9 422510.3
2 15.66 21.23 13857.9 1138703.7
3 15.66 27.02 19810.1 1627797.0
4 15.66 30.35 23556.1 1935609.4
5 15.66 31.44 25371.0 2084744.0
Mrf 7209364.4
Ms 2105826.1
a 44.5 R 121.84 K
d 40 l 80.20 3.46
n li Hi Gi Mrf
1 16.04 11.84 4977.6 245012.0
2 16.04 20.19 13469.3 1191441.6
3 16.04 25.80 19341.0 1710823.4
4 16.04 29.04 23060.4 2039824.1
5 16.04 30.10 24868.3 2199743.2
Mrf 7386844.4
Ms 2132770.4
a 44.5 R 130.69 K
d 50 l 82.05 3.60
n li Hi Gi Mrf
1 16.41 11.27 4847.5 255942.9
2 16.41 19.32 13159.9 1248624.9
3 16.41 24.76 18964.9 1799399.4
4 16.41 27.92 22661.8 2150167.9
5 16.41 28.95 24463.7 2321137.5
Mrf 7775272.6
Ms 2159714.7
a 44.5 R 88.91 K
d 0 l 72.32 3.11
n li Hi Gi Mrf
1 14.46 15.77 5981.2 386099.7
2 14.46 25.87 15789.5 1019245.5
3 14.46 32.34 22070.2 1424675.9
4 14.46 35.99 25909.2 1672491.0
5 14.46 37.17 27743.8 1790915.6
Mrf 6293427.7
Ms 2024993.2
a 44.5 R 96.65 K
d 10 l 74.37 3.20
n li Hi Gi Mrf
1 14.87 14.42 5623.5 394575.8
2 14.87 23.99 14977.4 1050894.2
3 14.87 30.21 21135.4 1482978.7
4 14.87 33.76 24943.9 1750200.4
5 14.87 34.91 26773.6 1878584.9
Mrf 6557234.1
Ms 2051937.5
a 44.5 R 104.76 K
d 20 l 76.37 3.30
n li Hi Gi Mrf
1 15.27 13.37 5351.8 407047.2
2 15.27 22.47 14349.4 1091390.0
3 15.27 28.47 20397.1 1551365.8
4 15.27 31.90 24173.3 1838583.2
5 15.27 33.02 25995.9 1977204.8
Mrf 6865591.1
Ms 2078881.8
18. 17
13.
ag v ag ag)
pg v pg pg)
v=kv
kv=1.25
h
q
ag=tan2
pg=tan2
+
ag=1.25 2
-35
ag =3.63+1.25 2
-
ag =9.09+1.25 2
-
ag =18.82+1.25 2
-
3
1
2
4
3
C=1.8 2
=35.5
3
C=1.07 2
=40
3
C=2.8 2
=21.8
3
C=0.13 2
=36.4
q=1 2
34.36.41.3
3.63
9.09
18.82
21.3
3000 3000 3000 3000 3000
15000
1300 6400 4300 3000
21.3 18.82
9.09
3.63
( )
14.925
12.353
8.857
4.84 5.445
7.264
5.107 3.8
1.125
= .
M
<Ry c
Ry=33500 2
-
c=0.95
-
W>M/Ry c
-4 3
=670 3
-40 W=743 2
b=155 h=400 t=13 d=8.3
M 14.925
-6= =28696.4 2
<35263.1 2
1000
960
960
q
ag 21.3=3.195
b=0.15
ql2
/8=0.37
M
W
<Ry
W> Ry
-4 3
=247 3
W=b h2
/6>247 3
h= 247
10