#
$
%
!
e-textiles and wearables projects
sewn to fabric
AT mega 168V/ATmega328V
All of these
High
Beneath
Ground
None of the above
int k={3,4}
int k=new int[2]
int k [2] = {3,4};
int k(2)={3,4};
What will be the output of the following code?
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
Analog
Digital
Power
None of these
Analog Revalue
Analog reference
Annuity reference
Amplified reference
Add on modules
extra peripherals
connectivity modules
another arduinos
PIN
GND
RESET
To boot up the Arduino
To exit any code that is running
To automate functions
To make more memory
0
Error
4
6
12
16
8
14
Encoding
Decoding
Calculation
Processing
Easy to learn
Huge community
many third-party libraries
All of the above
Amplifier
Actuator
Bootloader
None of these above
Students, tutors
Other sources, tutors
Tutors, fellow learners
Environment
PC
IDE
SOME
Arduino nano
Lilypad
Arduino uno
Arduino mega
2-bit
3-bit
8-bit
6-bit
It is a name that Arduino uses for a program
Its the unit of code that is uploaded to run on an Arduino board
Both (A) and (B)
Java
C/C++
Python
Assembly
General PCB
Connectivity circuit boards
Arduino shields
Other high-end Arduino boards
Closed loop system
Semiclosed loop system
Open system
Prototyping
Casting
Protocasting
Protocal Typing
digitalWrite()
serial.print ( )
analogWrite()
pinMode()
int sensorPin=9
int sensorValue=9
pinMode(9, OUTPUT);
digitalWrite(9, HIGH);
Transmits
Receives
Restarts
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
Ohm
Farad
Henry
Coulomb
WAN
LAN
Fox
Short-range Wireless Network
All pins are having a function without reserved
Some pins are reserved
Pins have more than one function
Multiplexing of some pins
Pin No. 3
Pin No. 2
Pin No. 5
Pin No. 4
10 KB
4 KB
64 KB
32 KB
;
//
Pulse Width Modulation.
Pulse Wide Modulation
Plain width modulation
Power source
Regulator
Inverter
Analog sensor
Digital sensor
Light sensor
Dust sensor
PYPI
PIP
OLED matrix
void loop()
void setup()
while
OUTPUT
Call & Jump
Getchar & putchar
Call & Return
Return & Jump
16 MHz
12 MHZ
18 MHz
14 MHz
Partition larger task into smaller tasks
Code reusability
Manage complexity
50-60
0-1023
0-255
None
less
high
same
Depends on the temperature
Write
Read
Peruse
Study
avrgcc
g++
cpython for windows
avrdude
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.
Open source programmable circuit board.
proprietary programmable circuit board.
Open source non-programmable circuit board.
None of the Above.
Pulse Code Modulated Signal
Frequency Modulated Signal
Pulse Width Modulated Signal
Pulse Amplitude Modulated Signal
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
Infinite loop