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| Section | Weight | Objectives |
|---|---|---|
| Implementing Manufacturing Setups | 25% | - Key features and capabilities of Oracle Manufacturing
|
| Executing Production with Manufacturing | 25% | - Key features and capabilities of Work Orders
|
| Implementing Common Supply Chain Capabilities | 20% | - Configuring Oracle Supply Chain Management
|
| Enabling Redwood Capabilities | 5% | - Enabling Redwood capabilities and configuration implications |
| Using AI/ML/Mobile and Other Automation Features | 5% | - Business value and capabilities of AI/ML/Mobile and automation features |
| Implementing Applications that Enable Manufacturing | 20% | - Configuring Supply Chain Applications for Manufacturing
|
>> Key 1Z0-1075-26 Concepts <<
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NEW QUESTION # 39
Which three statements are true about managing Units of Measure?
Answer: B,C,E
Explanation:
In Oracle Manufacturing Cloud, managing Units of Measure (UOM) is critical to ensuring that transactions, measurements, and conversions are handled accurately. Below is a detailed explanation of the correct statements:
Statement A: You must define the unit of measure class with a base unit of measure - This is a fundamental setup in Oracle Manufacturing Cloud. Every UOM class must have a base unit of measure defined because it serves as the reference for all conversions within the class. The base UOM acts as a standard, and all other UOMs within the class are defined relative to it.
Statement B: If you want to transact items in units of measure that belong to classes other than their primary UOM class, you must define conversions between the base units of measure in different UOM classes - This is true. If an item's UOM belongs to one class, but you need to transact in another UOM from a different class, a conversion must be defined between the base UOMs of the two classes. This ensures seamless inter-class transactions and measurement consistency.
Statement E: A unit of measure conversion is a mathematical relationship between two different units of measure - UOM conversions in Oracle Cloud are defined mathematically, typically by specifying a conversion factor. This relationship is used by the system to automatically convert quantities between different units of measure, whether for inter-class or intra-class conversions.
Incorrect Statements:
Statement C: A unit of measure standard conversion specifies the conversion factor by which the unit of measure is equivalent to the unit of measure class - This statement is incorrect because a standard conversion relates two UOMs directly, not between a UOM and the class itself. Conversions operate between specific UOMs, not between a UOM and its class.
Statement D: Conversions between classes are unique for each item; the conversion rate varies for intraclass units of measure - This is not accurate because conversions between UOM classes are not unique for each item. Once a UOM conversion is established between classes, it applies globally unless there are specific item-level conversions.
This ensures a consistent approach to defining, transacting, and converting units of measure across different manufacturing and inventory processes within Oracle Manufacturing Cloud.
NEW QUESTION # 40
In a manufacturing plant, two purchase components, PI and P2, and a resource, Rl, are required to assemble a product. The cost of the assembly is calculated by using the standard costing method. The work definition and resource rates for the assembly have been defined as Required.
A Cost Accountant is estimating cost of the assembly, and analyzing rolled-up costs before finally publishing estimates as frozen standards to Cost Accounting by using a Cost Planning Scenario. While reviewing rolled-up costs, the extended costs of purchase components are not included in a rolled-up scenario.
What is the reason for this?
Answer: B
Explanation:
In Oracle Manufacturing Cloud, when performing a cost analysis using Cost Planning Scenarios, all components and resources involved in the assembly must be associated with the material cost plan to be included in the rolled-up cost estimates. The reason the extended costs of purchase components (P1 and P2) are not included in the rolled-up scenario is that:
Purchase components PI and P2 are not associated with the material cost plan of the Cost Planning Scenario. This means that although the components are defined in the system, they haven't been linked to the cost planning scenario, so their costs are not included in the rolled-up calculations.
Incorrect options:
Costs for purchase components PI and P2 are not defined in Cost Accounting (A): While defining costs is necessary, the issue here is the components not being associated with the cost plan.
Create Accounting (C) and Create Accounting Distributions (D) are not relevant to the rolled-up scenario in this context, as they relate to the accounting process, not cost planning.
NEW QUESTION # 41
In the work execution area, which three infolets are provided to users for instant access?
Answer: B,C,D
Explanation:
In the Work Execution area of Oracle Manufacturing Cloud, several infolets provide users with quick access to critical data. The following infolets are available for immediate access:
Work Order Performance: Provides an overview of the performance of work orders against the planned schedule, showing progress and efficiency.
Operation Exception: Highlights any exceptions or issues encountered during operations, enabling quick identification of problems.
Work Order Exception: Displays any issues or exceptions related to work orders, such as delays or material shortages.
Incorrect options:
Scrap and Operation Efficiency are important metrics, but they are not available as standard infolets in the Work Execution area.
NEW QUESTION # 42
Which three actions can a supervisor perform to annul or correct mistakes in a completed work order, committed by a user while entering work order details?
Answer: A,B,D
Explanation:
If a mistake is made in a completed work order, supervisors have the ability to perform certain corrective actions to reverse transactions or correct errors:
Reverse from Scrap to Ready (C): This action allows the supervisor to reverse a product that was incorrectly marked as scrap back to a ready state, making it available for further operations.
Reverse at an operation (D): If the mistake occurred during a specific operation, the supervisor can reverse the transaction at that operation and correct the mistake.
Reverse the product at the last operation (E): The supervisor can reverse a transaction at the last operation to make corrections to the final product before closing the work order.
Incorrect options:
A (Reverse a Closed order to Open): Once a work order is closed, it cannot be reopened. Reversing transactions must happen before the order is officially closed.
B (Correct the Product entered at work order): The product specified in a work order cannot be changed once the order has been processed and completed.
NEW QUESTION # 43
A Manufacturing Engineer in a plant is creating an alternate manufacturing process for an item using its existing work definitions. After copying from the existing work definition, WD1, to the alternate work definition, WD2, the engineer finds that the operation items were not copied in the alternate manufacturing process WD2.
What is the reason for this?
Answer: C
Explanation:
When creating an alternate work definition (WD2) by copying from an existing one (WD1), if the Item and Structure Name were changed during the creation of WD2, the operation items would not be copied. This is because operation items are tied to specific item structures. Changing the structure results in a disconnect between the original operation items and the new work definition.
Item and Structure Name are critical in ensuring that the operation items (components and materials) are transferred when copying work definitions. If these names are changed, the system does not assume the same items should be used.
NEW QUESTION # 44
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