estimate using short wall and long wall method $($please solve by hand$)$

GeneralSpecifications

cement mortar $(1$:$4)$ over lime

$($a$).$ Foundation and plinth :$--$First class brickwork in

conerete $($I$8$:$36$:$100).$

$($b$)$ Saperstructure walls :$-$First class brickwork in cement mortar $(1$:$6)$ over $2\mathrm{.}5$ cm

thick D$.$ P$.$ C$.(1$:$2$:$4)$ and parapet walls shall be of cement mortar $(1$:$4).$ I superstructure

$15$cm thick R$.$C$.$C$.(1$:$2$:$4)$ band 'lintel shall be provided.

$($c$)$ Roofing :$-$ The roof shall be $10$ cm thick R$.$ C$.$ C$.$ slab with stone chips $(1$:$2$:$4)$ and

$10$ cm $($av$.)$ lime terracing $(2$:$2$:$7).$ he R$.$ C$.$ slabs and beam shall be $1\%$ rcinforced.

$($d$)$ AMl R$.$ C$.$ C$.$ works except roofing shall de $0-8\%$ reinforced.

$($e$)$ Flooring :$--$Shall be $25$ mm thick artificial stone with cement concrete $(1$:$2$:$4)$ with

stone chips finished with neat cement finishing at top. Under fooring shall be $7$:$5$ cm thick

Time concrete $(13$:$2$:$7.)$ terracing over a brick flat soling.

$($I$)$ Finishing :$-$Outside walls up to plinth including plinth offset shall be $20$ mm thick

cement plaster finished smooth with neat cement. Inside and outside walls shall be $12$mm

cment plastered $(1$:$6).$ R$.$ C$.$ slab and ceiling $6$ mm cement plastered $(1$:$4).$ Inside walls

three coats white washed and outside two coats colour washed over a coat of white wash.

$($g$)$ Doors and windows :$-$Frames shall be of Sal wood, shutters of Indian teak wood

$3$Smm thick Indian teak wood panelled type design and shall be painted with two coats over

priming coat. Back of door and window frames shall be painted with two coats of coal tar.

Window gratings shall be $16$ mm dia. $.$ S$.$ bar with $40$ mm x $16$ mm intermediate stiffer

M$.$S$.$ plate and M$.$ S$.$ clamps for frames $50$mm x $6$mm lat $40$ cm long. Iron works shall be

painted two coatsSchedule

JOOR :

$=1\mathrm{.}2M2.IH=10cm8\mathrm{.}0cg$

INDOW :

$I=1\mathrm{.}1M1\mathrm{.}5N$

RAME

$=10cm8\mathrm{.}0c$

IELF

$=1\mathrm{.}1M_{20(cm)\text{D}\text{e}\text{e}\text{d}}1\mathrm{.}5V$

SECTIONAL ELEYATION ON ABCD