Transmission Control Protocol
Telecommunication Control Protocol
Temperature Control Protocol
Transmission and Communication Protocol
Automatic
Static
Dynamic
All of these
Memory Design
Software/ hardware Design
Platform-based Design
Peripheral Design
Tell compiler where to find symbols that are not present in program
Give compiler instructions to compile the program
Define variables
Define functions
Time-Management
Self-Awareness
Gratitude
Self-Love
sketches
drawings
links
notes
Control the compare, capture mode
Act as a counter
Provide a time delay
Accounting
Non-repudiation
Sniffing
Authorization
We are forced to refuse
We demand to know from you
We find it difficult to believe
We appreciate your prompt reply
Website
Company Directories
Annual Report
Hardware independent
Used for web applications
Used with limited resources
Used for native development
Four
Five
Six
Seven
Sensors
Actuators
Microprocessors
Microcontrollers
CPU, ROM, I/O ports and timers
RAM, ROM, 1/0 ports and timers
PU, RAM, 1/O ports and timers
CPU, RAM, ROM, I/O ports and timers
Object is stationary
Object is oscillating side by side
Object is moving away
Object is moving closer
EEPROM
DRAM
Flash memory
SRAM
WAN
LAN
Fox
Short-range Wireless Network
32 bytes
64 bytes
128 bytes
256 bytes
Autogenic Technique
Eating
Sleeping
Medicine intake
Eliminate
Motivate
Threaten
Apprise
Survey
Question
Reading
Review
Humidity Detection
Image Processing
Object Detection
GPS
Zero
Infinity
Linear
Non-linear
Value
Reference
Stack
Both (A) and (B)
#warning
#stop
#cut
#error
Resistivity
Photoconductivity
Conductivity
Both (A) and (C)
Arrogance
Self-esteem
Self-efficacy
Wishful thinking
90%
100%
Around 80%
less than 50 %
microcontroller
timers
counters
registers
Loud
Clear
Low
Soft
What will be the output of the following code C?
#include <stdio.h> void solve(){ char ch[5] = "abcde"; int ans=0; for(int i =0; i< 5; i++) { ans += (ch[i] - 'a'); } printf("%d", ans); } int main(){ solve(); return 0; }
5
20
40
10
physical computing
chemical computing
mechanism
cloud computing
Relay
Servo Motors
DC Motors
Microprocessor
Coprocessor
controller
Critical listening
Dialogic listening
Comprehensive listening
Systematic listening
What is the out come of the following Arduino code?
void setup(){
Serial.begin(9600);
}
void setup0{
Serial.write(20);
Send a signal to pin 20 on the Arduino board
Send a octal number of 20 through the Serial pins
Send a byte with value 20 through the Serial pins
Send a hexadecimal number of 20 through the Serial pins
Java
HTML
C/C++
Python
Gateway
Secure network protocol
Router
Firewall
Speech, writing
Printing
Electronic communication
All of the above
Signaling
Security
Power Detection
Power Consunmption
To boot up the Arduino
To exit any code that is running
To automate functions
To make more memory
##
/**/
%%
//
Standard
Regulation
Internet
Experiment
Inquiry
Investigation
UDP
TCP
FTP
HTTP
Memory
I/O
Counter
Processor
7 Microseconds
4 Microseconds
6 Microseconds
2 Microseconds
Real Time Analytics
Data Collection
Device Integration
Real Time Collection
Radiation
Sensitivity
12
16
8
14
Mobile phone
Television
Smart Speaker
Smart Meters
sbit
dbit
bit
unsigned int
Smart Applications
All of the Above
Setting a selected bit of R
Clearing a selected bit of R
Complement selected bit of R
None of these
circular, notice
notice, memo
notice, circular
memo, circular
Image
Styles
Limited words and key phrases
Layouts
Preprocessor->Editor->Compiler
Editor->Preprocessor->Compiler
Compiler->Preprocessor->Editor
Editor->Compiler->Preprocessor
Attack surface
Defense
Principle of least privilege
Risk mitigation
4
2
1
Attention
Clear perception
Frankness
Ignoring
Transparent, slide
Translucent, transparency
Opaque, flip chart
Opaque, transparency
Humidity sensor
Gas sensor
Light sensor
Temperature sensor
Edge Computing
Cloud Computing
Fog Computing
Grid Computing
Authentication
Authoring
Improve usability and interoperability
Reduce the security
Complicate the development
Increase the cost
time slice
RMS
cooperative multitasking
pre-emptive
Physical
Complementary
Graphical
Coding
#
%
;
Programming language
Image editing software
Open-source electronics platform
Text editor
Coulomb's Law
Lenz's Law
Fleming's Right-hand Rule
Fleming's Left-hand Rule
Follow good sequencing of ideas
Manage time properly
Clear doubts
Network connection
TCP IP protocol
Network protocol
TCP protocol
Predict the output of the following code if the object is moving away from the sensor
int op = 7; int isBarrier = HIGH; void setup() { pinMode(op, INPUT); Serial.begin(9600); } void loop() { isBarrier = digitalRead(op); if (isBarrier == LOW) { Serial.println("1+"); } else { Serial.print("clear+"); } delay(100); }
clear+clear+1+1
1+1+clear+clear
clear+clear+clear+clear
1+1+clear+1
A subset of traditional C
An extension of traditional C
A superset of traditional C
Same as traditional C
Shoulder shrug
Jointed fingertips
Hands swinging loosely
Pointed finger
USB connection
Internal battery
Charger
Adapter
Attenuation
Distortion
Filtering
None of the above
Students, tutors
Other sources, tutors
Tutors, fellow learners
AWS
IBM Watson
Microsoft Azure
Google Drive
List
Structure
Array
Union
Pulse Code Modulated Signal
Frequency Modulated Signal
Pulse Width Modulated Signal
Pulse Amplitude Modulated Signal
4-bit
8-bit
16-bit
32-bit
While
If.else
#define
Case
avrgcc
g++
cpython
avrdude
What will be the output of the following code
#include <stdio.h> void solve(){ int b=4; int res = b++ + ++b + ++b; printf("%d", res); } int main(){ solve(); return 0; }
15
17
IP
Software
Devices
Cloud
Management system
IoT System
Embedded System
Grid System
Cloud System
NANO
STRIDE
OCTAVE
PASTA
Signal
Machine to machine
Interconnected
Network
32
64
What is the output of the following program?
for(;;)
{
Statements
Error
Statements will run forever
This an infinite loop
Both (B) and (C)
What is the objective of the code given below if it is executed on the Arduino Uno?
#include<EEPROM.h> int pin=13; void setup() { pinMode(pin,OUTPUT); Serial.begin(9600); { void loop() for(int i-0; i<EEPROM.length(); it+) { EEPROM.write(i, 1) digitalWrite(pin,HIGH; exit(0); }
Clear EEPROM
Fill EEPROM with 1's
Export EEPROM data
Fill EEPROM with 0's
Subject
Body
Address
Salutation
for(;;) { Statements }
Statemernts will run forever
#include<EEPROM.h> int pin=13; void setup(){ pinMode(pin,OUTPUT); Serial.begin(9600); void loop(){ for(int i-0; i<EEPROM.length(); i++) { EEPROM.write(i, 1); digitalWrite(pin, HIGH); exit(0); }
Predict the output of the following code if the object is moving towards the sensor.
int op = 6; int isBarrier = HIGH; void setup() { pinMode(op, INPUT) Serial.begin(9600); } void loop(){ isBarrier = digitalRead(op); if (isBarrier == LOW) { Serial.println("1+"); } else{ Serial.print("clear+"); delay(100); }
Use internet for collecting and sharing data
Need microcontrollers
Use wireless technology
Are completely safe
Partition larger task into smaller tasks
Code reusability
Manage complexity