$11$:$46$

$.$ I :

$1$

$.$ Q $1$ : properties of concrete and steel $.$

Q $2$ : what's the meaning of fy$,$ fc$\text{'}.$

Q $3$: shrinkage, and creep, tensile strength, shear strength $.$

Q $4$: properties of steel Rc$,$ Es$,$ fy$,$ f ultimate.

Q $5$: steal grade, concrete cover $.$

Q $6$: tension member, compression member $.$

Q $7$: classified in to three type of concrete $.$

Q $8$: units for according ACI Code compressive strength $.$

Q $9$: grade of concrete.

Q $10$: $Ec=$ ACI code

Q $11$ : available diameter for steel $.$

Q $12$ : what's the meaning of this point?

Q $13$ : Es modules of and what's the value $?!$

Q $14$ : what's the meaning of philosophy of design and all method to design Re $?$

Q $15$ : reduction factor for shear moment tide column and spiral column.

Q $16$: types of section beam design $.$

Q $17$ : what's the meaning of single and double Rc$-$section.

Q $18$: $Mn=300kN.m,WDL=20K\frac{N}{m},WLL=20K\frac{N}{m}$

Check the strength and calculate safety factor $\mathrm{.}11$:$46$

$.$ I :

$1$

$.$ Q $1$ : properties of concrete and steel $.$

Q $2$ : what's the meaning of fy$,$ fc$\text{'}.$

Q $3$: shrinkage, and creep, tensile strength, shear strength $.$

Q $4$: properties of steel Rc$,$ Es$,$ fy$,$ f ultimate.

Q $5$: steal grade, concrete cover $.$

Q $6$: tension member, compression member $.$

Q $7$: classified in to three type of concrete $.$

Q $8$: units for according ACI Code compressive strength $.$

Q $9$: grade of concrete.

Q $10$: $Ec=$ ACI code

Q $11$ : available diameter for steel $.$

Q $12$ : what's the meaning of this point?

Q $13$ : Es modules of and what's the value $?!$

Q $14$ : what's the meaning of philosophy of design and all method to design Re $?$

Q $15$ : reduction factor for shear moment tide column and spiral column.

Q $16$: types of section beam design $.$

Q $17$ : what's the meaning of single and double Rc$-$section.

Q $18$: $Mn=300kN.m,WDL=20K\frac{N}{m},WLL=20K\frac{N}{m}$

Check the strength and calculate safety factor $.$