The document discusses various calculations related to the quantitative analysis of moisture content, density, and energy content of different materials, primarily focusing on food waste and its composition. It includes numerous formulas and numerical examples on how to determine these properties based on the samples' mass and volume. The analysis is structured across multiple types and components, providing a systematic approach to evaluating waste materials.

1. MsP Kodam (Assistant Pofso elasSmAte
(
VCET, Vabas
Solid and ttezandow auk Nanogeenk SHWM)
Moolulo 1:
Date
Page
Neun eCals
TyPE 1:Moistuu Conttnt Poblerm
C Fnd the peacenkagee d mnstuwe Com tent o
MSW8ample om a qiven olata
SrNo (omyponent wt: 7 moist Contens
Ltypita
Food uasR 35
Tenble I5
Ppea
Rub bea
3
2
5 tathe
2
Muminim
3 3
Otkars
oluhom Stco1: Calialak ecly Mas o
Compnents d MS Samle
Hssume cokq ok Msuw Samyk

2. (2 el ASSMAte
Date
Page
S7-Noorponenb t.(k) moist: cont: Jy Conk
oodcwa)é 35 o
I5
2 Terhe
94
Rbber 2
5. Lcolhr
Atuminum
Othes 3 3
90 X35 315kq
Dry mass
rod case
0 XIS l3.5kq
Dr mes
TErtile
Dry mass 9 pape4 K10 E t k
D
1Drymas g Kabben zE IE X11 = 6-67 kq
ethe 90 x 15(3:5K
9Dry
67y mass aluminium- 5 41ka
(00

3. efASSMALe
Date
Page
Jry mas oas 14 X3 zTIK
Total mass2 MSw=31-5+13:5+ 4 4/64
t13-5 t4.7 t2 7
Sep2(alalate moistu Content qMSw
Mostuu Content lotalmaSs eMSU -DrymGSGMSO|
MSW Sample Total mass Ms c
= (00-72 3E X{O0
oo
763
The gim MS Sa has 737ka
Conft
mostuvA
maRs ancd
t 6 3 7 o
mostne Contd

4. aASSMALe
Date
Page
R2 Caludak mastune ontnt q s soldyask
Sumple som e given daa,-
S-Yo
,wt Zmost onkns typi
foodwask
Pape 15
3.
Candbaals 5
Tio CanS
3
Dirt, As
Kbhe
lass
3
15 2
20
8 Cood
Soluhon, Step 1
Calul atn d cdymas MSW S
Assme Kq g MStO Sample
7. day o
weyat (Ka) 7.ostoal
25
STNo Comuponank
30
Food wa
a4
2
Pope
5 95
3 Candbeand
Tin Cons
92
Dvt,Ak
Ruste
Glass
5
IS
Z
coool

5. eASSMAte
Date
Page
y musS ds wasee 30xzS F5k
Dr
mass 94
3) mass P CaclLoone! 95X I0 =R:5
Dy mass Tin Cang 97 x 5- 4:$5.
Oo
Dy mesS2
Ash
6) ymass Rubhen
Mas s 94lass K X I5=4:FÁ
OD
8 X25 -20
Dry
Dg
mass (CD
5 +/tl t2:S tffS 76
TotalDzy mes t : 6 t zt20

6. clASSMAte
Date
Page
Step Caulaton
Moi'stu Conn
1eetrs
=Tota mass dy MAS
7.MoTshe Corten
MS mple
Ms Lob
D-t5 3 F X 100
7 qiven MS Sample has 45-3
kq g
dymass andoa:63) mostue Contet
TYPE2: PRobLEMS ON DENSITY
Estmcutt e densty MSu Sanpe om
htl unq date
Densiry glm)
2a%
SrNo Conyonents 7awt:
20
Food wayt
Plaste 5 65
(O5
yndlen imniny
25 GS
Tent'e
320
5 Mtals
in Can

7. elASSMAte
Date
Page
2oletun
Denst = Mass
Volume
Volwm Mass
Desi
ok
aj mass MSU Samle
Assume
6
DSoMass foocd aaste - 2o X/000D
Volume q foad 2alt 20 Xlooo 210
0 6&9
ass
Mass plashc x I0007
VolumaPlasc
230 m
Mass Yande mmvn9
S x CO
o0O7+ (0S -I42f
Vof Gonden timn q

8. elAsSMAte
(s Date
Page
Tent
l e 25_X(o0o 65
Vod
CoO
3 46m
5 ot rts:
Mass g Metals 2 SXooo/
320
Vot Metals 5 X(o00
46 &
Mass Tin Cans z
6
Vot: in ans o X lo070 I:1lm
lotel Vot O'689+2:304 + l:428t3-846
tO:4
6Stl1
Vol
MSSamp

9. eiAsSMAtLe
( Date
Page
Ste Catutaton Densit Mst Jmpl
Denh e MSw: lage Tetal mass
Letel Voluma
(000
9 84 &
lo 5+ k/m
TYPE3:- ENERGY CoNTEN T
tlet e Erey Content Su Sam
having cemo n geo in prilensngfaée
hat 5s e enegy Comte om d easis
and sh tee d ass
Sr.N et. Enengy CKIKg)
Lompornent
Food wase
Pype (6ooob
6 300
3 Cand
boond_
Plasc 3230o
S
6
6 a o d
Tin Con

10. alASSMAte
(lo Date
Page.
olueStp 1 Calclofone Tatal Eneig S snpk
fssuirme fotas meess Sol wQJt a 00g2
MessCkg Totalenegy(KI)
Sr-o
20 2o 46So 9300O
Ao x 6ooo 64oo o.
6, 300 146F00.
2
x 32 300 3530o
5 OAGSo0
X& 600 UE6OO
t
To Enenge 141440o(k

11. alASSMAte
( Date.
Page
S1NoConponen Cot(k , most od:
foodcoae
y Contnt
20
94
95
2
odbood
Mastc 2
5 Caacken cwas (O GO 40
6 20
oowc
Can 3
:
nass mass ood
frod awase = 8o K2026kK
316
y mass q Conclboancl = 5xq 8 55 ka
7
Ptash
4) mass 2
S riess 9 anclan coase 10XiO 4ka
Dry mass
CwCool SUb XG
OO
n mass in Can 17 xt =3:8k

12. lASSMALe
Date
Page
Totasay mas Gt3+G +8:55+ of t4
Mosfun Conttnt = /(otlmass 9MS-Jymass MS
MS Sanle
1oteelmass MsD
X
(00- Xeð
2 31
ote EnAgy Comtent |414400 kj
onen99 Conttnt in I K) TatrlEntgy
_Cn bass
44400
6
2
18 7OG S2 kIkK

13. alasSMAte
(19 Date
Page-
onent n h bee cdpbaj
sSun2 Qsh ontent: 51 otl wehr(toak
Ldo sh aeght 5 XI00 SK.
Ash pee dy contcnts y Gntent AsA c he
7
- S
fo61
d Enegg Camtent in (k[y) 2 7afelEregy (k)
nA ee aybaya

14. elASSMAte
Date
Page
S: stima he enongy content Soldut
lcn y bass d a fe y bass) ci
fodousng
fabe e l -
Comyositm a gen in
ompomUs 7, masS
4656
650
35
Fod cwaste
Paype
2 20
3 Cancdhoaac 15 /6300
Plastk 32 600
OS
IGanden Trmming
Cwodd 22 8co
Foo
Tin anv
Solum
Caloscte7e fotal Srar Ms O Sare
Assununn mass g Solid caste as (cokq

15. elASSMAte
(ts Date
Page
Omcman
OrNo: AbacrF
fod aa e Mass( Total Enagy
4 SO x 35 :
Cs6
2 20
(61750 20 =
55,o0G
3
(6500 XIS_ 244, SOO
3 26oO xIO 32-0,o0o
Plashe
cuclen Timn OS 6Soo xS 32, SoB0
12 18 6 o0 X(2 223,200
in ans FOo K3 22I OO
Totl &neqy 1326,OSO
ots Enerqy MSC 1326,a so
aryeiIRI|kg)
132 6O so Kf
Step negy Contrn m
Zycoknt
30U
4
or NoComlonen wt (kg)|7 moiston
3 5
o 20
od aa
e
OG
2
O5 5
5
Con dood
Plaste
4 2
S O5
Lmoleninnn|
O
2
awood
Cans

16. ASSMA4te
Date
Page
mas5 o ad wcste- 30 35 (aSka
OO
massq Papen 14 x0>_8-o k
6 (00
3 asscondlaack 5xIS= 25k
2s k
4 mas 2 P a y h e
5 mes Gaden inimmins40XS=
nes 5 Coood Go_x1R 96kq
(oO
Tih Can: 2:71
otas Fy mass. 0stISot42s t9So t2t
MonshunContnta Tatd mass 7 MS-y mass9MSu
Tot nass MSW
XJo0 &KEkata
00 67 86 X 00 3.14)
(O0

17. elAsSMAte
(1 Date
Page
(ofal Enangy Cantnt 132G O50.g
nerqy contntin(K/k) -132c050
Ch beys 67&6
(,5t0.76 (T|k
2nengy Contnt an sh pee Day beju
A3sune2 Ash Content 5 g Tatalaeah (/eok
h fee dy ontert k Content -shaezat
6T.U 5
TotalErag,()
oneg1 Content
on/t dhybais
2 R E OSO
:

18. elASSMAte
(13 Date
Page
pe 7heocKC Value e Melhane
CCH
Esbrnat theorekcal Value Meane CCh)
that Gcale ondd e eyprctd pe)
L ton easK haie
OCssHuoOssN
anaenobr olç h cn
e Cem/posit
Keachom naesotie Jcemypositron 9
Soid_coedt
Ca H O Na t
ta-b-2 t Bol Ho7
4 th-e -3edCH +4a-bt2et24otdl
Solut,Gin Comosihon ssHroHra Oss N
Q 55b=llO,C 85,d= 2
Usin as Cocffujent Te latn9 e carC
Jecery
CssHio O35 + 4x55- l0-12K35t3x2 H
O
4x55-no t2xSbi G
A155+t I1o -%3S-3x2|CH, +
t2NH

19. clASSMAte
(19) Date
Page
Lss Hie as W + !5 H, O2 31-45 CH, t23.25(O
t2WHB
C12 H 0-16,N It
CI255tuo+ I6XAS tAx 2) + (l1:s(2+Ic)2
31 5 12x4) t23:25 (12+2x1L) +2(413)
358 t2o 2508+tO23 +3 4
(56 (565
Fon 155 kq2 S Sarypkgeneate ecleCS_
2hetare CCH
on Sw GCnagal
. 314 0
SOKkq
d4 /000xaog
358
eon
374:0Fkaanhann i gerenttd b lton 9
Sw SamlVc
(density) melhan
0656 Kam
O-656

20. clASSMALe
Date
2 C
page
YPE S: Estvaton q meun
aDCalelat
Stabize
he amount 9 onygn Jeg wd
ehav
han
1 ton Soicd aod
Conyosihon Lss HO4sN
Ca H O Nt ha th-2e-34)Oa t{h
tdNHb
Soluh. a 55 b: O C45 d- 2
Css Huo O4s N2 +/4 x55tilo-2K45 -3x2) O
55
Co/uo-H
HhO+ NH>
Css Huo O4s N2 t585O 55 CO tS2H,0 t2NH
C:12, H O- |6, 14
1255) t(uox) t(16 x4s) t(4 x 2) 5512tRRJ
t52(1x2 +K)
3310 3310

21. aASSMAte
Date
Page
Fo 518
ot: q SusSarnple gued & F2
C
Se 1 ton q Sw smple,
A
Hmt 2 yqn egwrd -(000 X&t2 (233:2ka
Adclihonal ongen *qud
VH t 2022 tNos tH20
4 3 t2(2x I6) x4 t SA1) tCIK2+/k)
81- &1
S
addihmal o7
S sanplc omsumey
Additonak 0a1n o0o X 64X 2 2Hfor{
lestslzes
518 /and henc(2){
SamplC Stal3inq peS
(233 2 ts432
(317 52

22. Date
Page
kansityS)gair l428ST
22 OSm
Vofume 2_ar 1317
4 2S
TPe 6-Mockibecd alon oul
sEshmak th_enegyCortert edofrd Ru
Sample cu ltonusri Cannjos/h_
ModshedDalng _ordla
wing
omponent
Calen
py mau
9 5
45
Nisqe
Slph 2
Total

23. 23 alASSMAte
Date.
Page
Modfrd ulonqs formulo s a vilo
l n
nenq Contnt /45 C t6/0 140St/0N
mattt in ne_prote 55
So
hat Comtend
Colulab on
a aill natbe iculelin
CnaAGq_con
Cortent 145 3g t 610/4-41S
t40x 2 4j0X a
2SO:6 5 pt Lib