QUESTION $2(4$ MARKS$)$

In rifate Four $(4)$ reasons why project planning is importance in successful execution of projects;

QUESTION $3(4$ MARKS$)$

Givefl$|$ explain what is involved in Project Control.

QUESTION $4(4$ MARKS$)$

project control is a very important aspect in ensuring project success. What are the four main constraints we should control during project implementation?

QUESTION $5(8$ MARKS$)$

Estmates are very critical in successful execution of projects. Briefly explain the following two approaches nestitating project times and costs.

Top$-$down estimating $(4$ marks$)$; and

Bottom$-$up estimating $(4$ marks$).$

QUESTION $6(5$ MARKS$)$

Given an activity of fixing $900m2$ of formwork for bridge deck, if one carpenter takes on average $2hr\frac{s}{m}2$ aculate how long it would take:

One $(1)$ carpenter to complete the works $(3$marks$)$; and

Six $(6)$ carpenters to complete the works $(3$ marks$).$

QUESTION $2(4$ MARKS$)$

Indeate Four $(4)$ reasons why project planning is importance in successful execution of projects;

QUESTION $3(4$ MARKS$)$

Givfl$|$ explain what is involved in Project Control.

QUESTION $4(4$ MARKS$)$

project control is a very important aspect in ensuring project success. What are the four main constraints we should control during project implementation?

QUESTION $5(8$ MARKS$)$

Estmates are very critical in successful execution of projects. Briefly explain the following two approaches nestimating project times and costs.

Top$-$down estimating $(4$ marks$)$; and

Bottom$-$up estimating $(4$ marks$).$

QUESTION $6(5$ MARKS$)$

Given an activity of fixing $900m2$ of formwork for bridge deck, if one carpenter takes on average $2hr\frac{s}{m}2,$ calulate how long it would take:

One $(1)$ carpenter to complete the works $(3$marks$)$; and

Six $(6)$ carpenters to complete the works $(3$ marks$).$