Free SAP C_HANAIMP_17 Exam Braindumps (page: 2)

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You want to create a star schema using a calculation view. The measures are based on columns from two transaction tables. Dimension calculation views provide the attributes.

What is the correct approach?

  1. Combine the transaction tables using a join node in a calculation view of type cube. Use the multi-join capability of the join node to connect the transactional tables with the dimension calculation views.
  2. Combine the transaction tables using a star join node in a calculation view of type cube with star join.
    Use a join node to join the dimensions to the fact table.
  3. Combine the transaction tables using an aggregation node in a calculation view of type cube with star join.
    Use a star join node to join the dimensions to the fact table.
  4. Combine the transaction tables using a join node in a calculation view of type cube with star join.
    Use a star join node to join the dimensions to the fact table.

Answer(s): D



A calculation view consumes the data sources shown in the graphic. You want to identify which companies SQLd products in January 2018 AND February 2018. What is the optimal way to do this?

  1. Use a full outer join.
  2. Use a union node.
  3. Use an left outer join.
  4. Use an intersect node

Answer(s): D



In SAP Web IDE, you rename a dimension calculation view that is used by a cube calculation view. Afterward, you perform the following build operations:

*Build the dimension calculation view as a single object.

*Build the entire SAP HANA database module. What is the outcome of the build operations?

  1. The first build fails.
    The second build fails.
  2. The first build is successful.
    The second build is successful.
  3. The first build fails.
    The second build is successful.
  4. The first build is successful.
    The second build fails.

Answer(s): B



What do you use a hierarchy function for? Note: There are 3 correct answers.

  1. Calculate distance between root and each hierarchy node
  2. Identify hierarchy nodes that have no parent
  3. Count the number of siblings for each hierarchy node
  4. Determine the shortest path between each pair of nodes
  5. Describe the relationship between nodes using attributes

Answer(s): A,C,E






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