question 5 (mandatory) (1 point)\nlisten\nwhich of the following best describes interrupt handling?\nthe…

question 5 (mandatory) (1 point)\nlisten\nwhich of the following best describes interrupt handling?\nthe method used to prioritize device drivers\nthe procedure followed by the cpu to respond to an interrupt signal\nthe configuration of user interfaces\nthe process of assigning memory to applications\nquestion 6 (mandatory) (1 point)\nlisten\nwhat happens when an interrupt occurs?\nthe device driver is uninstalled\nthe cpu saves the current context and executes the interrupt handler\nmemory allocation is reconfigured\nthe cpu continues processing the current task

question 5 (mandatory) (1 point)\nlisten\nwhich of the following best describes interrupt handling?\nthe method used to prioritize device drivers\nthe procedure followed by the cpu to respond to an interrupt signal\nthe configuration of user interfaces\nthe process of assigning memory to applications\nquestion 6 (mandatory) (1 point)\nlisten\nwhat happens when an interrupt occurs?\nthe device driver is uninstalled\nthe cpu saves the current context and executes the interrupt handler\nmemory allocation is reconfigured\nthe cpu continues processing the current task

Answer

Brief Explanations:

Interrupt handling is the sequence of actions the CPU takes upon receiving an interrupt signal. When an interrupt occurs, the CPU saves its current state (context) and then runs the appropriate interrupt - handling routine. For Question 5, prioritizing device drivers, configuring user interfaces, and assigning memory to applications are not related to interrupt handling. For Question 6, uninstalling the device driver, reconfiguring memory allocation, or continuing the current task are incorrect descriptions of what happens when an interrupt occurs.

Answer:

Question 5: The procedure followed by the CPU to respond to an interrupt signal Question 6: The CPU saves the current context and executes the interrupt handler