1z0-1125-2 Practice Exam Questions with Answers Oracle SCM Business Process Foundations Associate Rel 2 Certification

According to the Oracle Supply Chain Management Cloud: Plan to Produce training course2, sourcing rules and item attributes are two parameters that determine the release of planned orders in Demand Forecast to Supply Plan Process. Sourcing rules define how to replenish inventory or fulfill demand (A), and item attributes specify planning-related information such as make or buy, lead time, lot size, etc. ©. Demand schedule, sales orders, and external forecast are not parameters that determine the release of planned orders, but rather sources of demand that can be included in a supply plan.

 According to the Oracle Supply Planning Cloud User Guide2, demand fulfillment view in supply plan is a feature that helps users to identify and resolve at-risk demands in a supply plan. Demand fulfillment view in supply plan has three correct statements: view prioritized at-risk demands based on order values weighted by the number of associated recommendations (B), user can take actions on the demand fulfillment recommendations by accepting recommendations ©, and the recommendation summary graph shows the cumulative at-risk demand value and the related number of recommendations associated with that value (D). Users do not need to define the criteria and layout in the view (A), as they are predefined by Oracle.

According to the Oracle Supply Planning Cloud User Guide3, the plan parameter section contains several options that control how a supply plan is run and displayed. Some of these options are planning calendar (B), level member (D), and exception set (F). A planning calendar defines the time periods for which data is aggregated and displayed in a supply plan. A level member specifies the level of detail for which data is collected and displayed in a supply plan. An exception set defines a set of conditions that identify potential issues or opportunities in a supply plan. Forecast buckets (A), price list ©, and output measure (E) are not present in the plan parameter section.

According to the Oracle SCM Business Process Certified Foundations Associate Rel 2 document1, backflush, auto transact, and auto charge are three settings that do not allow the Contract Manufacturer (CM) to report the completion of an operation to the Original Equipment Manufacturer (OEM). These settings are used to automate the material transactions and cost accounting for an operation. Backflush means that material is automatically issued to an operation when it is completed. Auto transact means that output is automatically reported for an operation when it is completed. Auto charge means that costs are automatically charged for an operation when it is completed. These settings reduce the manual intervention and data entry by the CM.

According to the Oracle SCM Business Process Certified Foundations Associate Rel 2 document1, after OEM completes tracking a work order and the supply is available, OEM sends the shipping request to CM. The shipping request is a document that instructs the CM to ship the finished goods to the OEM or to a third-party location. The shipping request contains information such as item, quantity, destination, carrier, etc. The shipping request is created and sent by the OEM using the Create Shipping Request task in Oracle SCM Cloud.

According to the Oracle SCM Business Process Certified Foundations Associate Rel 2 document1, the Manufacturing Engineer and Production Supervisor are the two job roles required to define the Manufacturing Master Data. The Manufacturing Engineer is responsible for creating and maintaining the manufacturing master data, such as items, bills of materials, routings, and work definitions. The Production Supervisor is responsible for creating and maintaining the production resources, such as work areas, work centers, and resources.

According to the Oracle Supply Chain Management Cloud: Plan to Produce training course2, after completion of the last operation in the work definition, the system initiates a receipt of the contract manufacturing service item against the purchase order created on the contract manufacturer. This receipt updates the on-hand quantity of the finished good item in the inventory organization. A transfer order (A), a work order ©, or a sales order (D) are not initiated by the system after completion of the last operation in the work definition.

According to the Oracle SCM Business Process Certified Foundations Associate Rel 2 document1, the Quick Complete Action allows the user to report three types of quantities simultaneously: rejected, scrapped, and completed. Rejected quantity is the amount of output that does not meet the quality standards and is sent back to the previous operation or work area. Scrap quantity is the amount of output that is wasted or discarded due to defects or errors. Completed quantity is the amount of output that meets the quality standards and is ready for the next operation or work area.

 According to the Business Process Training and Certification - Oracle University document2, in sales and operations planning, a planner compares the operating plan with the business plan and financial budgets and performs the action using four infotiles from the seeded financial review summary. The four infotiles are Revenue & Gross Margin Percentage, Cost Comparison, Plan Versus Forecast, and Unmet Revenue. These infotiles show the key financial metrics and indicators that help the planner evaluate the performance of the operating plan against the business plan and financial budgets.

According to the Oracle Inventory Management Cloud User Guide, reserving components against a work order is the process of allocating materials from inventory to production based on availability and priority. Reserving components against a work order requires the item structure of the finished product © as an input, which defines the components and their quantities that are needed to produce an item. Routing information of the finished product (A), manufacturing master data (B), and plant parameters (D) are not inputs required to reserve components against a work order, but rather inputs required for other processes such as work definition creation, contract manufacturing setup, or plant configuration.