Given the following$$ task, times, and$$ sequence, develop a balanced line capable of operating with a$10-$minute cycle time at Dave$$ Visser's company.

$$

Task

Time$($minutes$)$

Element Predecessor

Task

Time$($minutes$)$

Element Predecessor

A

$3$

$-$

E

$3$

C

B

$5$

A

F

$3$

$$B$,$ D

C

$7$

B

G

$5$

D

D

$5$

$-$

H

$6$

G

Part $2$

$$a$)$ Choose the correct precedence diagram below.

A$.$

A

B

D

F

G

H

C

E

B$.$

A

B

D

F

G

H

C

E

Your answer is correct.C$.$

A

B

D

F

G

H

C

E

D$.$

A

B

D

F

G

H

C

E

Part $3$

$$b$)$ Assign tasks to the minimum feasible number of work stations according to the greatest time remaining$($ranked positional$$ weight$)$ decision rule. Complete the table below.

Station

Tasks

$1$

$$A$,$

$$

H

F

C

D

$2$

$$

H

B

F

D

$,$ G

$3$

$$C$,$

$$

H

B

F

D

$4$

$$

B

H

D

F

$,$ E