Answer:
c) finish-to-start; start-to-start
Explanation:
Project dependencies are the time relationships between a predecessor and a successor in project management. In other words, these dependencies describe which activity among the two needs to start earlier or later and when it needs to start or finish compared to the other one.
The most common type of dependency in all projects (no matter the nature or industry) is the finish-to-start one, where the activity A needs to be completed before activity B starts, e.g. base nail polish has to be put before the top coat gets put on the nails.
The second most common type of dependency is the<em> start-to-star</em>t one, where two activities need to start at the same time. This is common for activities where synchronization is paramount.
Answer:
3. MOH allocated to job= predetermined MOH rate * actual amount of allocation base used by the job
Explanation:
3. MOH allocated to job= predetermined MOH rate * actual amount of allocation base used by the job
The predetermined overhead rate is used to apply manufacturing overhead costs to production jobs. the quantity of a cost driver required by a particular job is multiplied by a predetermined overhead rate to determine the amount of overhead cost applied to the job.
An estimate is made of
- the amount of manufacturing over head that will be incurred during a specific period of time and
- the amount of the cost driver ( or activity base) that will be used or incurred during the same time period. the predetermined overhead rate is computed as follows
Predetermined Overhead Rate= Budgeted Manufacturing Overhead Cost/ Budgeted amount of cost driver
The predetermined overhead rate is used to apply manufacturing overhead costs to production jobs. The quantity of the cost driver ( or activity base ) required by a particular job is multiplied by the predetermined overhead rate to determine the amount of overhead cost applied to the job.
Answer:
1) You get what you get and don't throw a fit?
2)Be patient???
I hope this helps TwT
Answer:
the expected return on the portfolio is 14.77%
Explanation:
The computation of the expected return on the portfolio is shown below:
The expected return is
= ($1,600 ÷ $4,300) × 11% + ($2,700 ÷ $4,300) × 17%
= 14.767 %
= 14.77%
The $4,300 comes from
= $1,600 + $2,700
= $4,300
hence, the expected return on the portfolio is 14.77%
The same is considered
That is called withdrawal, glad to help!
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