Online Access Free C_IBP_2108 Practice Test

While modeling costs for optimization, you are conscious of the necessity to respect inventory targets and meet demands in the short term. Which of the following are valid relationships between costs you must adhere to? Note: There are 2 correct Answers to this question.

• A.Target inventory violation cost should be less than transportation cost rate.
• B.Target inventory violation cost should be less than max inventory violation cost.
• C.Target inventory violation cost should be greater than discount for demand lateness.
• D.Target inventory violation cost should be greater than inventory holding cost rate.

You are using the Resource Location master data type. How do you specify capacity supply as time- dependent?

• A.Set the Capacity Supply Time Series indicator attribute as a key.
• B.Maintain the CAPASUPPLY key figure values in the planning area.
• C.Set the Capacity Supply Time Series indicator in the Resource Location master data type.
• D.Set the Capacity Supply additional attribute in the time profile.

Model configuration allows the attributes of a master data type to be assigned as key figures. Which features are relevant for this type of object?

• A.This object contains user-defined criteria that monitor execution of business plans.
• B.This type of key figure is not usually stored and it cannot be set to editable.
• C.This object is not exposed to the user in planning views or modeling.
• D.This object provides a single value for a unique planning combination.

For which of the following application jobs can you enter planning filters as parameters? Note: There are
2 correct Answers to this question.

• A.Purge Master Data
• B.Create Time Periods for Time Profiles
• C.Purge Key Figure Data
• D.Purge Non-Conforming Data

You create an S&OP operator for heuristics on an SAP IBP project. What must you enable for the S&OP operator that is specifically relevant for subnetworks?

• A.Balance Receipts parameter
• B.Supply propagation
• C.Normalize Quotas parameter
• D.Compute Expected Supply parameter