Instructions to mock practice

$1.$Show answers in the attached cost baseline template. $2.$Use the information below to create a time$-$scaled network diagram $($FS $=$ finish$-$to$-$start$)$ honoring all dependencies. Assume early start dates for each work package $($WP$).$ Outline or highlight the cells to indicate the duration of each work package. Work package one has been done for you as an example.

Budget Duration Dependency

Work Package One

$ $12,000$

$4$ weeks

None

Work Package Two

$ $5,000$

$2$ weeks

None

Work Package Three

$ $8,000$

$8$ weeks

None

Work Package Four

$ $36,000$

$9$ weeks

FS with WP#$3$

Work Package Five

$ $6,000$

$3$ weeks

FS with WP#$1$

Work Package Six

$ $20,000$

$8$ weeks

FS with WP#$2$

Work Package Seven

$ $2,500$

$5$ weeks

FS with WP#$6$

Work Package Eight

$ $4,200$

$6$ weeks

FS with WP#$5$

Work Package Nine

$ $3,500$

$1$ week

FS with WP#$8$ and

FS with WP#$7$

Work Package Ten

$ $2,400$

$3$ weeks

FS with WP#$9$ and

FS with WP#$4$

$3.$Use the budget information above to calculate the weekly budget. Assume a linear relationship between time and money. For example, if a work package was three weeks and has a total budget of $$3,000,$ the weekly budget would be $$1,000(3$ x $$1,000=$ $$3,000).(4).$ There is one row for every work package. The time$-$scale is in weeks represented as $$W$1,$ W$2,$ etc.$$ for week $1,$ week $2,$ etc. in the column headers. $5.$Calculate the weekly incremental budget for each work package and place it in the correct week based on dependencies and work package durations. $6.$Calculate the project$$s weekly incremental costs and place the total in the $$incremental costs$$ cell for each week $($column$).7.$Calculate the project$$s cumulative budget to$-$date for each week and place in the $$cumulative costs$$ cell for each week $($column$).8.$Kindly Answer the questions.