Explore topic-wise MCQs in Embedded Systems.

This section includes 16 Mcqs, each offering curated multiple-choice questions to sharpen your Embedded Systems knowledge and support exam preparation. Choose a topic below to get started.

1.

Which can activate the ISR?

A. interrupt
B. function
C. procedure
D. structure
Answer» B. function
2.

What does ISR stand for?

A. interrupt standard routine
B. interrupt service routine
C. interrupt software routine
D. interrupt synchronous routine
Answer» C. interrupt software routine
3.

Which of the following can be used to create time-driven systems?

A. memory
B. input
C. output
D. interrupts
Answer» E.
4.

WHICH_OF_THE_FOLLOWING_CAN_BE_USED_TO_CREATE_TIME-DRIVEN_SYSTEMS??$

A. memory
B. input
C. output
D. interrupts
Answer» E.
5.

Which can activate the ISR?$

A. interrupt
B. function
C. procedure
D. structure
Answer» B. function
6.

What does ISR stand for?$

A. interrupt standard routine
B. interrupt service routine
C. interrupt software routine
D. interrupt synchronous routine
Answer» C. interrupt software routine
7.

Which code is written as part of the ISR?

A. data receive code
B. sequential code
C. data transfer code
D. concurrent code
Answer» D. concurrent code
8.

Which of the following are asynchronous to the operation?

A. interrupts
B. software
C. DMA
D. memory
Answer» B. software
9.

Which of the following can improve the quality and the structure of a code?

A. polling
B. subroutine
C. sequential code
D. concurrent code
Answer» C. sequential code
10.

Which factor depends on the number of times of polling the port while executing the task?

A. data
B. data transfer rate
C. data size
D. number of bits
Answer» C. data size
11.

In which of the following method does the code is written in a straight sequence?

A. method 1
B. timing method
C. sequence method
D. spaghetti method
Answer» E.
12.

Which part of the software performs tasks in response to the interrupts?

A. background
B. foreground
C. lateral ground
D. both foreground and background
Answer» C. lateral ground
13.

Which part of the software is transparent to the interrupt mechanism?

A. background
B. foreground
C. both background and foreground
D. lateral ground
Answer» B. foreground
14.

Which of the following allows the splitting of the software?

A. wait statement
B. ready
C. interrupt
D. acknowledgement
Answer» D. acknowledgement
15.

Into how many parts does the interrupt can split the software?

A. 2
B. 3
C. 4
D. 5
Answer» B. 3
16.

The time taken to respond to an interrupt is known as

A. interrupt delay
B. interrupt time
C. interrupt latency
D. interrupt function
Answer» D. interrupt function