12092011(calculation)

Every result was different, because someone took the measurements from the table of offsets, whereas the other mates did them from the drawing they drew. The biggest difference was shown from the displacement and the centre of buoyancy, because they have to be measured by rules individually. Here below is my result.
I tried to do this without Excel(as I didn't bring my laptop today), but I was totally confused with my spread sheets. It was a good time. I drew the last two station lines this morning, drawn diagonal lines at the end of the class.

	stn	ord	sx	function
st10	st4		1
	st3		4
0	st2		2
	st1		4
	st0		1
C.I
1/3 C.I
Area1	0
	stn	ord	sx	function
st9	st4	0	1	0
	st3	25	4	100
581	st2	45	2	90
	st1	65	4	260
	st0	82	1	82
				532
C.I	145.25
1/3 C.I	48.41666667
Area1	25757.66667
	stn	ord	sx	function
st8	st4	0	1	0
	st3	57	4	228
881	st2	95	2	190
	st1	120	4	480
	st0	150	1	150
				1048
C.I	220.25
1/3 C.I	73.41666667
Area1	76940.66667
	stn	ord	sx	function
st7	st4	0	1	0
	st3	81	4	324
1045	st2	127	2	254
	st1	165	4	660
	st0	201	1	201
				1439
C.I	261.25
1/3 C.I	87.08333333
Area1	125312.9167
	stn	ord	sx	function
st6	st4	0	1	0
	st3	105	4	420
1116	st2	155	2	310
	st1	197	4	788
	st0	236	1	236
				1754
C.I	279
1/3 C.I	93
Area1	163122
	stn	ord	sx	function
st5	st4	0	1	0
	st3	115	4	460
1104	st2	170	2	340
	st1	210	4	840
	st0	252	1	252
				1892
C.I	276
1/3 C.I	92
Area1	174064
	stn	ord	sx	function
st4	st4	0	1	0
	st3	105	4	420
1015	st2	157	2	314
	st1	205	4	820
	st0	248	1	248
				1802
C.I	253.75
1/3 C.I	84.58333333
Area1	152419.1667
	stn	ord	sx	function
st3	st4	0	1	0
	st3	85	4	340
848	st2	145	2	290
	st1	195	4	780
	st0	223	1	223
				1633
C.I	212
1/3 C.I	70.66666667
Area1	115398.6667
	stn	ord	sx	function
st2	st4	0	1	0
	st3	60	4	240
597	st2	105	2	210
	st1	145	4	580
	st0	175	1	175
				1205
C.I	149.25
1/3 C.I	49.75
Area1	59948.75
	stn	ord	sx	function
st1	st4	0	1	0
	st3	25	4	100
271	st2	50	2	100
	st1	75	4	300
	st0	101	1	101
				601
C.I	67.75
1/3 C.I	22.58333333
Area1	13572.58333
	stn	ord	sx	function
st0	st4		1	0
	st3		4	0
0	st2		2	0
	st1		4	0
	st0		1	0
				0
C.I	0
1/3 C.I	0
Area1	0
	beam					draft			stational area
stn	ord	sx	function	arm	moments	ord	function	moments	ord	function	moments
st10	880	1	880	3650	3212000	0	0	0	0	0	0
st9	1096	4	4384	2920	12801280	82	328	957760	25757.66667	103030.6667	300849546.7
st8	1249	2	2498	2190	5470620	150	300	657000	76940.66667	153881.3333	337000120
st7	1339	4	5356	1460	7819760	201	804	1173840	125312.9167	501251.6667	731827433.3
st6	1368	2	2736	730	1997280	236	472	344560	163122	326244	238158120
st5	1335	4	5340		31300940	252	1008	3133160	174064	696256	1607835220
st4	1240	2	2480	730	1810400	248	496	362080	152419.1667	304838.3333	222531983.3
st3	1084	4	4336	1460	6330560	223	892	1302320	115398.6667	461594.6667	673928213.3
st2	866	2	1732	2190	3793080	175	350	766500	59948.75	119897.5	262575525
st1	588	4	2352	2920	6867840	101	404	1179680	13572.58333	54290.33333	158527773.3
st0	249	1	249	3650	908850	0	0	0	0	0	0
FP	20		407.25	4076	1659951
sub-total			32343		21370681		5054	3610580		2721284.5	1317563495
C.I	730
1/3 C.I	243.3333333		moments	9930259			moments	477420		moments	290271725
Area1	7870130		sum of func.	32750.25			sum of func.	5054		sum of func.	2721284.5
Area2	57829.5		centre of are	303.2117	mm(AP)		centre of lateral area	94.46379106	mm(FP)	centre of buoyancy	106.6671732	mm(AP)
Area Sub-Total	7927959.5
Area	15855919	mm2	=	15.855919	m2		Displacement Sub-total	662179228.3
							Displacement	1324358457	1.324358457	m3
area	15.855919	m2		426			density(salt water)	1025	kg/m3
centre of area	303.2117007	mm(AP)							1357.467418	kg
displacement	1.324358457	m3		stn	ord	sx	function
	1357.467418	kg		st4	249	1	249
centre of lateral area	94.46379106	mm(FP)		st3	190	4	760		C.I	106.5
centre of buoyancy	106.6671732	mm(AP)		st2	140	2	280		1/3 C.I	35.5
				st1	80	4	320		Area2	57829.5
				st0	20	1	20
							1629