quantity surveying class exercises

7/23/2019 Quantity Surveying Class Exercises

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Contents1. LAP PUMP ROOM...................................................................................3

1.1 ABSTRACT OF QUANTITIES.................................................................3

1.2 Bill of Materials BOM!........................................................................"

2. Rate Anal#sis.........................................................................................$

2.1 Fin% o&t %r# 'aterials for 1 (&' (e'ent Mortar 1)"..........................*

2.2 Fin% o&t %r# 'aterials for 1 (& ' of +ri(,-or,...................................

2.3 /o a rate anal#sis for t0e follo-in ite's).........................................

2.3.1 Ce'ent Con(rete 1)2)"................................................................

2.3.2 RCC M2.......................................................................................4

2.3.3 45 t0i(, Bri(,-or,......................................................................1

2.3." 11$'' t0i(, Bri(,-or,.............................................................112.3.$ Reinfor(e'ent Steel...................................................................12

2.3.* Internal 6alls Plasterin in Ce'ent Mortar 1)"..........................13

2.3. Cera'i( Tile Floorin Basi( Cost of Tile 7 Rs. 38sft!...............1"

2.3. Internal 6alls Paint in Oil Bo&n% /iste'9er...............................1$

3. E:CA;ATION ASSI<NMENT..................................................................1*



1. LAP PUMP ROOM

1.1 ABSTRACT OF QUANTITIES

SNO DESCRIPTION OF

ITEM

QUANTIT

Y UNITS

RATE AMOUNT

1

Eart0 -or, in

eD(aation of fo&n%ation *$.223 (&'

2

9lain (e'ent

(on(rete for

fo&n%ationM1$! *.2 (&'

3

Raft fo&n%ation is

a%o9te% -it0

(on(rete M2$! "$.* (&'

"

Retainin -all

(on(rete M2! 1"* (&'

$

Plasterin to inner

RE -alls 1)"

ra%e! 11."4 s'

*

Plasterin to o&ter

RE -alls 1$ "4 s'



1.2 Bill of Materials BOM!

SNO

DESCRIPTION OF ITEMSAND WORK

UNITS DIMENSIONS NO

QUANTITY

LEN<T?BREA/ T?

? or/

1Eart0 -or, in eD(aation of

fo&n%ation C&' 2." .4 *$.223

2

9lain (e'ent (on(rete for

fo&n%ationM1$! C&' *2 .1 *.2

3Raft fo&n%ation is a%o9te%

-it0 (on(rete M2$! (&' $ . "$.*

"Retainin -all (on(rete

M2! (&' 2 .3 1"*

$Plasterin to inner RE -alls

1)" ra%e! s' *.4 14.2211."4

* Plasterin to o&ter RE -alls s' 4.44 1$.21$."4

S0&tterin for raft



Polyline command in A!o cad i" "ed !o #nd o! len$!% and

&'ead!%

A""m(!ion":

• T0i(,ness of t0e RE -all is ta,en as .3' fro' %ra-in

• Bri(, -all is ass&'e% at entran(e +et-een RE an% ate inner si%esat +ot0 en%s

• Ass&'9tion is 'a%e t0at sla+ is not (rossin t0e ate

)* Ra!e Analy"i"

2.1. Fin% o&t %r# 'aterials for 1 (&' (e'ent Mortar 1)"

2.2 Fin% o&t %r# 'aterials for 1 (& ' of +ri(,-or,

2.3 /o a rate anal#sis for t0e follo-in ite's)

a! Ce'ent Con(rete 1)2)"

+! RCC M2

(! 45 t0i(, Bri(,-or,



2.1 Fin% o&t %r# 'aterials for 1 (&' (e'ent Mortar 1)"

Sol!ion:

Ra!io 7 1)" (e'ent an% san%!

S&' 7 1G" 7 $

Total %r# 'ortar for 1(&' (e'ent (on(rete 7 1.$" (&'

T0erefore t0e follo-in 'aterial are re&ire%)

Cemen! 7 1H1.$"H2.!8$ 1 +a7 .3" '37 182. '3!

7 .

7 4 +as

Sand + "H1.$"!8$

7 1.232 (&'

?en(e 'aterials for 1 (& ' (e'ent (on(rete 1)".

Cemen! 7 4 +as

Sand 7 1.232 (& '



2.2 Fin% o&t %r# 'aterials for 1 (& ' of +ri(,-or,Me!%od ,:

T0e siKe of +ri(, +e 23'' D 11$'' D $''

;ol&'e .of +ri(, -8o 'ortar! 7 .14 (&'.

T0i(,ness .of 'ortar +e 12''.

ol&'e of +ri(, -it0 'ortar 7 2"2'' D 12'' D '' 7 .2* (&'.

No. of +ri(,s in 1 (&'. -it0 'ortar 7 18.2* 7 33.44

Sa# 7 3" +ri(,s.

Ce'ent Mortar re&ire% 7 1>3" D .14! (&'7 .2$4 (&'.Sa# .2* (&'

A%% 1$J for fro =llin an% -astae -0ile eDe(&tion.

;ol. of -et 'ortar 7 .244 (&'.

;ol. of %r# 'ortar in(rease +# 3J! 7 .3 (&'.

For CM of 1)*

Qt#. of (e'ent 7 18 D .3 7 0.055 cum.

Qty. of sand = 0.055 x 6 = 0.330 cum.



2.3 /o a rate anal#sis for t0e follo-in ite's)2.3.1 Ce'ent Con(rete 1)2)"

Material

Ce'ent 1.$" 2. *.33*

San% 1.$" 2 .""

Areate 1.$" " .41"2$

/es(ri9tion of ite' Unit&antit

# rate A'o&nt

Ma!e'ial

stone areate C&' .4 1113 44.$(arriae of stone

areate C&' .* 1* 41.1*(oarse san% C&' .""$ 12 $3"

(arriae of san% C&' .""$ 1*." ".3"

Portlan% (e'ent Bas *.33 2 14.1

(arriae of (e'ent Bas *.33 ".$ 3.*$

La&o'

'asonaerae! %a# .1 "1 "1.

B l% % 1 *3 324 $3* 2



2.3.2 RCC M2 1)1.$)3!

(e'ent(&'! .2

san%(&'! ."2

Areate(&'!.$*3*3*3

*

Total %r# 'ortar 81 (& ' (e'ent (on(rete7 1.$" (&'One +a of (e'ent is 7 .3" (&'

T0erefore &antit# of (e'ent in +as7 .23

/es(ri9tion of ite' Unit &antit# rateA'o&nt

Ma!e'ial

stone areate C&'.$*3*

3*" 11134$3.13

2(arriae of stoneareate C&'

.$*3*3*" 1*

4."$$

(oarse san% C&' ."2 12 $"

(arriae of san% C&' ."2 1*.$ "".3

Portlan% (e'ent Bas.23$24

"12 22223.$

24

(arriae of (e'ent Bas.23$24

"12 ".$34.11

*$

L &



2.3.3 45 T0i(, Bri(,-or,

56 !%ic7 &'ic7 8all ma!e'ial Units

Q&antit#

No. of +ri(,s rate

a'o&nt

+ri(, 1st (lass C&' 11.$$4.11"

"4$8+ri(

,33333.

33

Co"! analy"i" o- &'ic7 8o'7 569,43*)0m0;

De"c'i(!ion o- I!em"Ma!e'ial

&nits

Q&antit# rate A'o&nt

+ri(,s (o''on +&rnt (la#! Nos ** $8+ri(, 333$

(e'ent 'otor 1)"

(e'ent Nos .$ 28+a 224$



A""m(!ion"

•Ass&'e% siKe of +ri(,7 .23H.1H.$!

• L7 1 'eters +7 $-7 .23 'eters are %i'ensions of -all

• Ce'ent 'otor of 1)" is ass&'e% an% +ri(,s are non>'o%&lar

2.3." 11$'' t0i(, Bri(,-or,

Co"! analy"i" o- &'ic7 8o'7 ,,3mm

Ma!e'ial &nitsQ&anti

t# rate A'o&nt+ri(,s (o''on

+&rnt (la#! Nos "3$ $8+ri(, 21$

(e'ent 'otor 1)"

Ma!e'ial Units&anti

t#no. of +ri(,s rate

a'o&nt

+ri(, 1st (lass C&' .$$4.11

""4$8+ri(,

2134.13



2.3.$ Reinfor(e'ent Steel

/etails of (ost8MT

Ma!e'ial: Uni!">an!i!y 'a!e amon!

Steel MT 1 "" ""

A%% -astae 1J MT .1 "" ""

'aterial (ost MT ""

La&o':

=tterra%e 1! /a#

+l , it0 2 %



2.3.* Internal 6alls Plasterin in Ce'ent Mortar 1)"

• /etails of (ost for 1s' Plasterin -or,

T0i(,ness of 9laster is'! .12

Area of 9lasters '! 1

@olme o- (la"!e' .12A%% 2J for oi%s an% -astae %&rin

eDe(&tion .1""

In(rease 183 ol&'e to %r# ol&'e.141$

2

To!al >an!i!ie"

(e'ent re&ire%(&'!.33

"

san% re&ire%(&'!

.**

Total ol&'e(&'!."3

"

Q !i! A



Cost8s' of 9lasterin7 3$$.



2.3. Cera'i( Tile Floorin Basi( Cost of Tile 7 Rs. 38sft!

• Cera'i( laKe% tiles 71.s.'

• A%% for -astae +rea,ae 2.$J i.e .2$s'!

• Total 71.2$s'

• Mini'&' t0i(,ness $'' in all (olo&rs

• S0a%es an% %esins eD(e9t +&r&n%# +ottle reen +la(,

De"c'i(!ion o- I!em"

Ma!e'ial ni!"

Qan!

i!y 'a!e

Amo

n!

(era'i( laKe% tiles s' 1.2$ 3 3.$

(arriae of titles L.S *.2" 1. 11.1112'' t0i(, (e'ent 'otor1)3

rate (&' .1" $3.3$ .$

Motor for 9ointin in -0ite(e'ent L.S "."3 1. 1.4(e'ent for sl&rr# oer +e%3.3 ,8s'

Portlan% (e'ent tonne .3 *3 2.4

La&o''ason+ri(, la#er! 1stl % 2 3

1.



2.3. Internal 6alls Paint in Oil Bo&n% /iste'9er

• /etails of (ost for 1s'

Ma!e'ial Uni!"Qan!

i!y Ra!eAmo

n!-ater t0in>a+le(e'ent 9ri'er

for -all s&rfa(e0ain ;OC(ontent less t0an$ ra's8litre

litre . $*

+r&s0es 9&tt#et( L.S .1$ 1. 12.2s&n%riesin(l&%in (arriae L.S .* 1. 1".3$oil +o&n%-as0a+le%iste'9er8A(r#li(%iste'9er ,ilora' 1.$ $$ 2.$

(arriae 'aterial L.S "."2 1. .**Br&s0es san%9a9er an% 9&t##

f =lli 0 l L S 11 1 2 2*



0* ECABATION ASSINMENT

3.1 Eart0 -or, of $(&'

• Soil to +e eD(aate% is $(&'

• /is9osal #ar% is 1,'s -a#

• Total siKe of area to +e eD(aate% isass&'e%! )1$ 13 2.2

$$• Total ti'e 9erio% of -or, is 7 3 * 12 'ont0s

Eca@a!ion in 0 mon!%"

A""m(!ion

• T0at -or, -ill +e starte% in t0e 'ont0 of Fe+r&ar#• Total ti'e 9erio% of -or, is 73'ont0s 4 %a#s!

• 6or,in ti'e7 0rs8%a#

• Total -or,in %a#s 7

• T0 t t , t l t , 0i 0 0 i



Eca@a!ion in ,) mon!%"

A""m(!ion

• T0at -or, -ill +e starte% in t0e 'ont0 of Fe+r&ar#

• Total ti'e 9erio% of -or, is 712 'ont0s 3*$ %a#s!

• 6or,in ti'e7 0rs8%a#

• Total -or,in %a#s 7 33$

• T0ree eD(aators are ta,en to (o'9lete -or, -0i(0 are 0ain

+&(,et (a9a(it# of 1.2(&'• ED(aator (ons&'es %iesel of 1 litres80o&r

• /&'9in tr&(,s of 'aDi'&' 12(&' (a9a(it# are &se%

• Total &antit# of eD(aation(&'!8%a# 7 1$

S.N

O

/es(r

i i

Unit Lea

% i

A No. of

i 8%

No.

f C

/iesel8%a

8



/es(ri9tion 3 'ont0s * 'ont0s 12 'ont0s

Total quantity of excavation(cum)/day $$ 2* 1$

Total no. of trucks in site 3 2

No. of trips for each truck/day .12$ .12$ .12$

Total no. of trips/day $.$ 3 1.$

Total capacity of each truck(cum) 1 1 1

Total material transported by trucks/day $$ 3 1$cost of diesel/litre $ $ $

Diesel consumption/day/truck @km/litre 32.$ 32.$ 32.$

Total diesel/day by trucks(litres) 23 12

Cost of diesel/day ,,344 <444 3$

!ost of dumpin" truck on hire bases/day 22 22 22 No. of dumpin" trucks on hire bases 3 2

Total cost of trucks on hire bases ,3/44 <<44 ""Diesel

! i /d / @#$li /h " 1$ $*



3.2 Eart0 -or, for 2 2.$ 3.$ $ la,0 (&'

i@en Qe"!ion

• " 9roe(ts a! 2L (&' +! 2.$L (&' (! 3.$L (&' %! *L (&'

Case 1) I%entif# a(&isition 'et0o%

Case 2) Mar,et (ras0 9roe(ts C / are 0alte%

T0ere are fo&r A(&isition 'et0o%s for (onstr&(tion e&i9'ents

• P&r(0asin -it0 (as0

• Finan(in t0ro&0 loan

•Rentin an%

• Leasin

•



/* S(eci#ca!ion

i@en Qe"!ion:

Basi( infor'ation Plot area7 2$ s #ar%s B&il%in t#9e7 illa

Floors7 <G1 Total area72$ sft <ro&n%oor713sft

Lo(ation> Cit# Mo&ntain area Seis'i( Kone7 I; of In%ia

".1 Lo(ation > /EL?I NCR

".1.1 ?i0 en% resi%entialFo&n%ation)All t0e in%ii%&al footins or 9ile (a9s -0ere &se% in TPE>III soft soil s0all+e (onne(te% +# reinfor(e% (on(rete ties at least in t-o %ire(tiona99roDi'atel# at ri0t anle to ea(0 ot0er. For +&il%in -it0 no +ase'entt0e ties 'a# +e 9la(e% at or +elo- t0e 9lint0 leel an% for +&il%ins -it0+ase'ent t0e# 'a# +e 9la(e% at least at t0e leel of t0e -all 9anel -alls

l



Finis0in)Insi%e an% o&tsi%e -alls s0all +e 12'' (e'ent 'ortar 9lastere% -it0 1)"

ra%e of (e'ent 'ortar. /ra-in %inin an% +e%roo's insi%e s0all +e%iste'9ere% an% ot0er insi%e -0ite -as0e% 3 (oats.O&tsi%e s0all +e (olo&re% -as0e% t-o (oats oer one (oat of -0ite -as0./oors an% 6in%o-s)/oor fra'es s0all +e 'a%e of tea, -oo%. S0&tters s0all +e tea, -oo% ".3

(' t0i(, 9anels laKe% or 9artl# 9anelle% an% 9artl# laKe% as re&ire%

-it0 a%%itional -ire a&e s0&tters. All =ttins s0all +e of +rass. /oors

an% -in%o-s s0all +e arnis0e% or 9ainte% -it0 t-o (oats 0i0 (lassena'el 9aint oer one (oat of 9ri'in. 6in%o-s s0all +e 9roi%e% -it0

iron ratin an% rills.

Mis(ellaneo&s)Rain -ater 9i9es of (at iron or P;C is &se% an% if re&ire% are 9ainte%.B&il%in s0all +e 9roi%e% -it0 1st (lass sanitar# an% -ater =ttins an%ele(tri(al ins&lations.

".1.2 Mi%%le in(o'e ro&9)

Fo&n%ation)All t0e in%ii%&al footins or 9ile (a9s -0ere &se% in TPE>III soft soil s0all+e (onne(te% +# reinfor(e% (on(rete ties at least in t-o %ire(tion

i l i 0 l 0 0 + il%i i 0 +



-0ite -as0e% 3 (oats (olo&r -as0e% t-o (oats oer one (oat of -0ite

-as0in.

/oors an% -in%o-s)/oor fra'es s0all +e 'a%e of tea, -oo%. S0&tters s0all +e tea, -oo% ".3

(' t0i(, 9anels laKe% or 9artl# 9anelle% an% 9artl# laKe% as re&ire%

-it0 a%%itional -ire a&e s0&tters. All =ttins s0all +e of iron. /oors an%

-in%o-s s0all +e arnis0e% or 9ainte% -it0 t-o (oats 0i0 (lass ena'el

9aint oer one (oat of 9ri'in. 6in%o-s s0all +e 9roi%e% -it0 iron

ratin an% rills.Mis(ellaneo&s)Rain -ater 9i9es of (at iron or P;C is &se% an% if re&ire% are 9ainte%.B&il%in s0all +e 9roi%e% -it0 1st (lass sanitar# an% -ater =ttins an%ele(tri(al ins&lations.

".1.3 Lo-er in(o'e ro&9)

Fo&n%ations an% Plint0)Fo&n%ations an% Plint0 s0all +e of 2n% (lass +ri(,-or, in (e'ent 'ortaroer RCC./PC s0all +e 2(' t0i(, (e'ent 'ortar 1)2 'iDe% -it0 stan%ar%-ater 9roo=n (o'9o&n%.



".2 Lo(ation > ?ill# Reion @!

".2.1 ?i0 en% resi%ential

Fo&n%ation)All t0e in%ii%&al footins or 9ile (a9s -0ere &se% in TPE>III soft soil s0all+e (onne(te% +# reinfor(e% (on(rete ties at least in t-o %ire(tiona99roDi'atel# at ri0t anle to ea(0 ot0er. For +&il%in -it0 no +ase'entt0e ties 'a# +e 9la(e% at or +elo- t0e 9lint0 leel an% for +&il%ins -it0+ase'ent t0e# 'a# +e 9la(e% at least at t0e leel of t0e -all 9anel -allsalso.

S&9er str&(t&re) T0e t#9e of (onstr&(tion &s&all# a%o9te% are fra'e% (onstr&(tion an% BoD(onstr&(tion. s&9er str&(t&re s0all +e of I (lass +ri(, -or, -it0 (e'ent

'ortar. Lintels a+oe t0e %oors an% -in%o-s -ill +e RCC

/a'9 Proof Co&rse)/PC s0all +e 2.$(' t0i(, (e'ent (on(rete M2! 'iDe% -it0 1, ofI'9erio&s 9er +a of (e'ent or ot0er stan%ar% -ater 9roo=n 'aterial ass9e(i=e% an% 9ainte% -it0 t-o (oats of +it&'en.

Roo=n)



ena'el 9aint oer one (oat of 9ri'in. 6in%o-s s0all +e 9roi%e% -it0

iron ratin an% rills.

Mis(ellaneo&s)Rain -ater 9i9es of (at iron or P;C is &se% an% if re&ire% are 9ainte%.B&il%in s0all +e 9roi%e% -it0 1st (lass sanitar# an% -ater =ttins an%ele(tri(al ins&lations.

".2.2 Mi%%le in(o'e ro&9)

Fo&n%ation)All t0e in%ii%&al footins or 9ile (a9s -0ere &se% in TPE>III soft soil s0all+e (onne(te% +# reinfor(e% (on(rete ties at>least in t-o %ire(tiona99roDi'atel# at ri0t anle to ea(0 ot0er. For +&il%in -it0 no +ase'entt0e ties 'a# +e 9la(e% at or +elo- t0e 9lint0 leel an% for +&il%ins -it0+ase'ent t0e# 'a# +e 9la(e% at least at t0e leel of t0e -all 9anel -alls

also.

/a'9 9roof (o&rse)/PC s0all +e 2.$(' t0i(, (e'ent (on(rete M2! 'iDe% -it0 1, of I'9erio&s 9er +a of (e'ent or ot0er stan%ar% -ater 9roo=n 'aterialas s9e(i=e% an% 9ainte% -it0 t-o (oats of +it&'en.

S&9er str&(t&re)



Mis(ellaneo&s)Rain -ater 9i9es of (at iron or P;C is &se% an% if re&ire% are 9ainte%.

B&il%in s0all +e 9roi%e% -it0 1st (lass sanitar# an% -ater =ttins an%ele(tri(al ins&lations.

".2.3 Lo-er in(o'e ro&9)

Fo&n%ations an% Plint0)Fo&n%ations an% Plint0 s0all +e of 2n% (lass +ri(,-or, in (e'ent 'ortaroer RCC./PC s0all +e 2(' t0i(, (e'ent 'ortar 1)2 'iDe% -it0 stan%ar%-ater 9roo=n (o'9o&n%.

S&9er Str&(t&re)S&9er str&(t&re s0o&l% of se(on% (lass +ri(,s in (e'ent 'ortar 1)*! an%(on(rete of M2 is &se% to oor

Roo=n)Roof s0all +e RCC -it0 M1$ ra%e -it0 t0i(,ness of .3' or 9lan,s oer-oo%en +ea's or tile or <I s0eets

Floorin)



3* Cost Plan

Pre9are Cost 9lan for 4 Sft 0o&se

a! /e(i%e role of (lient

+! 6rite &ser +rief

(! /ra- a (ost 9lan

%! /ra- (ost 9lan for (0ea9er an% eD9ensie o9tion

e! /o life (#(le (ostin for +ase (ost 9lan



$.3 Preli's an% s&9erision (ost

Sr. No. Description Units Quantity ate !pproximate!mount

" Consultants

#.# ,rchitect sqft - $#.

#-011

.

#.$ 'tructural sqft - 2.3

102

.

#.3 +4 sqft - #3.$

##0

.

#.5 4lot survey sqft - .

2

$.

#!C$%$T$&S

#. +unicipal approvals sqft - $

#00

.

#00



.

$.## 9aste disposal

50

.

$.#$ 8arricadin" of site

$0

.

$.#3 Ni"htli"hts

0

.

To!al PS5=)4=)03*44



$." BASIC COST PLAN

quantity surveying class exercises

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