Question

You need to store some magnetic storage devices in a temporary storage facility. At which temperature could damage start to occur?

A) 350 degrees Fahrenheit
B) 100 degrees Fahrenheit
C) 90 degrees Fahrenheit
D) 175 degrees Fahrenheit

Answer 1

Magnetic storage devices can be damaged by high temperatures, specifically when they are heated above the Curie temperature. It is important to store these devices at temperatures below the Curie temperature to prevent damage.

Step-by-step explanation:

According to the information provided, magnetic storage devices can be damaged by high temperatures. When ferromagnetic materials, such as the ones used in magnetic storage devices, are heated above a certain temperature called the Curie temperature, they can no longer be magnetized. The Curie temperature for iron, which is a common material used in magnetic storage devices, is 1043 K (770°C), well above room temperature. Therefore, it is important to store magnetic storage devices at temperatures below the Curie temperature of the materials they are made of, to prevent damage to the magnetic properties

Answer 2

Damage to magnetic storage devices may occur at temperatures exceeding 175 degrees Fahrenheit. Hence, the correct option is D).

Step-by-step explanation:

The susceptibility of magnetic storage devices to temperature-related damage is a critical consideration. These devices often contain sensitive components, and exposure to high temperatures can result in irreversible harm, including data loss and physical damage. The threshold for potential damage is crucial for determining appropriate storage conditions.

In this context, the temperature of 175 degrees Fahrenheit is identified as a point where damage could commence. Beyond this temperature, the heat may adversely affect the integrity of the magnetic storage devices. It is essential to adhere to recommended storage conditions, ensuring that the devices are safeguarded against extreme temperatures to preserve their functionality and longevity.

Preserving magnetic storage devices within a specified temperature range is imperative for maintaining their reliability. Storage facilities must prioritize climate control to prevent overheating and subsequent damage. The identified temperature threshold of 175 degrees Fahrenheit serves as a cautionary marker, guiding users and storage facility managers in implementing appropriate measures to mitigate the risk of temperature-induced harm to valuable magnetic storage assets.