Voltage
Frequency
Time Duration
Distence
Typing Speed
Machine Operation
Time Management
Coding
Lights
Clock
Voltage Divider
All of above
Continuous Connectivity
Message Delivery for sleeping devices
Massage Communication path selection
All of the above
Low Mobility
Time Controlled
Circuit Switched
Low Power Consumption
Scale
Accuracy
Resolution
Precision
Zigbee
NFC
Bluetooth
Wired network
D2
A5
A2
A4
What will be the output of the following code?
int main() { int i=25; int k=i%4; print("%d\n",k); }
1
2
3
4
DREAD
OWASP
STRIDE
DAR
Pin No. 3
Pin No. 2
Pin No. 5
Pin No. 4
Prototyping
Casting
Protocasting
Protocal Typing
6
int sensorPin=9
int sensorValue=9
pinMode(9, OUTPUT);
digitalWrite(9, HIGH);
DPTR
PSW
PC
SP
Tradition
Culture
Manners
Greetings
Self-Regulation
Self-Motivation
Self-Awareness
None of the above
RFID
Nanotechnology
Cloud Computing
void main() { int x = 5*6/2 +8; printf("%d",x); return 0; }
20
21
23
19
Asset
Vulnerability
Threat
Time
Make good use of technology
Clean up and get organized
Concentrate on one key task at a time
What will be the output of the following Arduino code?
#define X 10; void setup() { X=0; Serial.begin(9600); Serial.print(X); } void loop() { //Do nothing… }
0xAB
0xa
0
Error
int main() { int a=5; while(a=123) { printf("RABBIT\n"); } printf("GREEN"); return 0; }
RABBIT is printed unlimited number of times
RABBIT GREEN
Compiler error
GREEN
What is the output of “pin 1” if “pin2” is sent “1011” where 1 is 5V and 0 is 0V?
int pin1 = 12; int pin2 = 11; void setup() { pinMode(pin1, OUTPUT); pinMode(pin2, INPUT); Serial.begin(9600); } void loop() { if(digitalRead(pin2)==1) { digitalWrite(pin1,LOW); } else if(digitalRead(pin2)==0) { digitalWrite(pin1,HIGH); } }
1110
0100
1111
1011
Used for monitoring events as they occur
Used for real time interactive users
Used by any time offline
Used for real time coding
Job-searching, Self-Analyzing and Identifying Skills
Identifying skills, job-searching and Self-Analyzing
Self-Analyzing, Identifying skills and job-searching
Self-Analyzing, job-searching and Identifying skills
What will be the output of the following piece of code?
#include <stdio.h> int main() { int i; for(i=0;i< 8; i++); printf("%d",i); return 0; }
1234567
8
Infinite loop
5
9
12
15
50
25
27
54
The speaker himself did not have to be present in order to communicate
The knowledge of one generation could be accumulated and passed on to the next
Both (A) & (B)
We can represent, what we want
Encoding
Decoding
Calculation
Processing
Ubiquitous Sensor Networks
Web of Things
Cloud of Things
Virtual Things
Packets
Datagram
Bytes
Bits
int k={3,4}
int k=new int[2]
int k [2] = {3,4};
int k(2)={3,4};
Logic (1/0) not used for input/output.
Used for the digital conversion of analog values taken from external environment.
There are 6 analog input pins.
The resolution of each input is 10 bits.
Low data rate
Low power consumption
Easy to setup
Inner-directed personality
Other-directed personality
Partial-Directed
What is the output of C program with functions?
int main() { int a = 0; printf("AJAY"); return 1; printf("VIJAY"); return 1; }
AJAY VIJAY
AJAY
VIJAY
Compiler Error
PWM
5V
NVRAM
EPROM
MASKED ROM
DPROM
Value
Size
Address
Treating people nicely
Good Body language
Action
Abusing
Message Queue Telegram Transport
Message Queue Telemetry Transport
Message Queuing Telemetry Transport
Message Queuing Telegram Transport
Low Power Wide Area Network
Low bit rate
Both (A) and (B)
Short range wireless communication.
The event host
Sponsoring organizations
Special guests or dignitaries
5-10 Sec
5-10 MS
10-15 MS
10-20 MS
General-Purpose Input/Output
General-Purpose Inner/Outer
Each request-response pair is dependent of others
Request- response is a stateless communication model
Client server architecture of Request-response uses queues
In request-response publisher is a client and broker are server.
Social factors
Cultural factors
Emotional factors
10 KB
4 KB
64 KB
32 KB
Resource
Source
Start
End
16 MHz
12 MHZ
18 MHz
14 MHz
Damage is caused
Sensor will work fine
Sensor will not respond for the time voltage applied
Sensor will function normally
What is the output of C Program?
int main() { int k=10; while(k <= 12) { printf("%d", k); k++; } return 0; }
10 10 10
12 12 12
10 11 12
12 11 10
Microprocessor
Motion Sensor
Switching Device
Humidity Sensor
DC Motor
Stepper Motor
Relay
Shutter doors
Java
C/C++
Python
Assembly
It cause anxiety
It feels unpleasant
It decreases performance
digitalWrite()
serial.print ( )
analogWrite()
pinMode()
Industrial, Scientific and Medical
Information, Scientific and Medical
Industrial, Science and Medical
Industrial, Scientific and Medicine
People
Application
Privacy
Port address
MAC address of Device
Unique identifier of the parameter
Unique identifier of the device
Security
Signaling
Power Consumption
Presence Detection
Separate physical parameters
Activate response
Track & transfer data to processor
Move a robotic arm
Arduino uno
ESP8266
LM35
PIC 182G62
Reaction
Reflection
Response
Reset
analogRead()
ADC
DAC
e-textiles and wearables projects
sewn to fabric
AT mega 168V/ATmega328V
All of these
Application Programming Interface
Address Programming Interface
Accessing peripheral through the interface
Bread Board
Shield
Actuator
Mental
Emotional
Physical
Icd.getcursor(0,0);
Icd.setcursor(0,0);
Icd.grtcursor(0,1);
Icd.setcursor(1,0);
Input
Data
None of These
16
14
Communication
Body Language
Color
Dressing
Wearables
Smart Grid
Arduino
Smart City
Attitude
Aptitude
Motivation
Intelligence
8031 Microcontroller
8051 Microcontroller
8096 Microcontroller
Frustration
Phobia
Injury
Stressor
Thermistor
Transformer
Thermocouple
Robot
48 and 128
48 and 32
48 and 64
52 and 128
Digitalwrite()
Digitalread()
digitalRead()
if a voltage of 5V is applied to the pin equivalent to the A0 pin on an Arduino UNO, what is the output of the programmed below?
void setup() { Serial.begin(9600); pinMode(A0, INPUT); } void loop() { int s = analogRead(A0); Serial.println(s); }
1024
100
30
35
40
45
dataType const PROGMEM variableName [] = {};
data type PROFMEM const variableName [] = {};
const data Type variableName [] PROGMEM = {};
const data Type PROGMEM variableName []= {};
Security features on UDP
Security features on TCP
Security features on UDP and TCP
None of the Above
Simple
Technical
Easy
Local language
G++
AVR- GCC
PYTHON
Both A and B
Firstly extend connectivity feature
Make it Smaller in size
First trained the people to operate
No prerequisites required
for()
delay()
7
Call & Jump
Getchar & putchar
Call & Return
Return & Jump
Computer like Device
Non-Computer Device
Any electric device
Formal
Informal
Both
Friendly
Analyzed
Visualized
Stored
void loop()
void setup()
while
OUTPUT