According to the ServiceNow Hardware Asset Management documentation, assets can be moved between stockrooms by using transfer orders. A transfer order is a record that tracks the movement of assets from one stockroom to another. A transfer order can be created manually by the stock manager or automatically by the system based on predefined rules or workflows1. A transfer order contains information such as the source and destination stockrooms, the assets to be transferred, the shipment details, and the status of the transfer2.
The other options are not correct because:
* Stock orders are records that track the procurement of assets from vendors, not the movement of assets between stockrooms3.
* Stock rules are rules that define the minimum and maximum stock levels for each asset model in a stockroom, not the movement of assets between stockrooms.
* Transfer rules are rules that define the conditions and actions for creating transfer orders automatically, not the records that track the movement of assets between stockrooms.
References:
* ServiceNow Hardware Asset Management: Transfer orders
* ServiceNow Hardware Asset Management: Create a transfer order
* ServiceNow Hardware Asset Management: Stock orders
* [ServiceNow Hardware Asset Management: Stock rules]
* [ServiceNow Hardware Asset Management: Transfer rules]

According to the Hardware Asset Management documentation, the hardware asset management content service is a cloud-based service that provides normalized and enriched hardware model data to the ServiceNow platform, such as manufacturer name, model name, model number, and product lifecycle information.
The hardware asset management content service helps customers identify and manage their hardware assets more effectively, as well as plan for hardware refreshes based on end-of-life (EOL) and end-of-service (EOS) dates1.
The elements that are provided by the hardware asset management content service are as follows1:
Manufacturer lifecycle dates: The dates when the manufacturer stops selling, supporting, or servicing a hardware product.
Manufacturer: The name of the company that produces the hardware product.
Model name: The name of the hardware product, such as Dell Latitude E7450 or HP ProLiant DL380 Gen10.
Therefore, the correct answers are options A, D, and E, as they are the elements that are provided by the hardware asset management content service. References:
Hardware Asset Management documentation
What is Hardware Asset Management?

* According to the Hardware Asset Management documentation, the hardware model normalization process is a process of comparing the model data in the ServiceNow platform with the data from the Content Library, which is a cloud-based service that provides normalized and enriched hardware model data.
* The hardware model normalization process helps customers identify and manage their hardware models more effectively, as well as plan for hardware refreshes based on end-of-life (EOL) and end-of-service (EOS) dates1.
* The hardware model normalization process assigns a status to each hardware model, such as Fully Normalized, Partially Normalized, Match Not Found, or Not Normalized1.
* The status of Fully Normalized means that the hardware model data in the ServiceNow platform matches the data from the Content Library, indicating a complete and accurate model record1.
* The status of Partially Normalized means that the hardware model data in the ServiceNow platform partially matches the data from the Content Library, indicating a missing or incorrect model field1.
* In order for a hardware model to be fully normalized rather than partially normalized, the hardware model record must have the following fields populated correctly1:
* Manufacturer: The name of the company that produces the hardware product.
* Name: The name of the hardware product, such as Dell Latitude E7450 or HP ProLiant DL380 Gen10.
* Model number: The unique identifier of the hardware product, such as 210-AFZC or 875671-B21.
* Therefore, the correct answer is option E, model number, as it is the field that is required in the hardware model record for full normalization.