Motorola One Power Vs Realme 2 Pro

Parameters	Motorola One Power	Realme 2 Pro
Dimensions	156 X 76 X 8.98 mm	156.7 X 74.0 X 8.5 mm
Weight	205 g	174 g
Screen Size	15.7 cm (6.2 inches)	16.0 cm (6.3 inches)
Resolution	1080 x 2246, 19:9	1080 X 2340, 18:9
Resolution Type	Full HD Plus	Full HD Plus
Processor	Qualcomm Snapdragon 636, octa-core	Qualcomm Snapdragon 660, octa-core
Clock Speed	1.8 GHz	2.0 GHz
RAM	4 GB	4 / 6 / 8 GB
Internal Storage	64 GB	64 / 128 GB
Expandable Upto	256 GB	256 GB
Memory Card Slot Type	Dedicated Slot	Dedicated Slot
Rear Camera	Dual : 16MP + 5MP	Dual : 16 MP + 2 MP
Rear Flash	Yes	Yes
Front Camera	12 MP	16 MP
Front Flash	Yes	No
OS	Android 8.1, Oreo (Android One)	Android 8.1, Oreo (ColorOS 5.2)
No of SIMs	2 (nano SIM + nano SIM)	2 (nano SIM + nano SIM)
Sim 1	4G/ LTE 3G GSM	4G/ LTE 3G GSM
Sim 2	4G/ LTE 3G GSM	4G/ LTE 3G GSM
Battery	5000 mAh	3500 mAh
Battery Type	Non - Removable	Non - Removable
Connector	USB-C	Micro-USB
Fingerprint Scanner	Yes	Yes
NFC	No	No
Bluetooth	5.0	5.0
USB OTG	Yes	Yes
Proximity Sensor	Yes	Yes
Accelerometer Sensor	Yes	Yes
Compass/ Magnetometer	Yes	Yes
Ambient Light Sensor	Yes	-
Gyroscope	Yes	Yes
Hall Sensor	-	-
Infrared Sensor	No	No
Colours Available	Black	Blue Ocean, Black Sea, Ice Lake
SAR Value	-	-

Asus Zenfone Max Pro M1 Vs Moto G6 Plus

Parameters	Asus Zenfone Max Pro M1	Moto G6 Plus
Dimensions	159 X 76 X 8.46 mm	159.9 X 75.5 X 7.99 mm
Weight	180 g	165 g
Screen Size	15.2 cm (5.99 inches)	15.2 cm (5.9 inches)
Resolution	1080 X 2160, 18:9	1080 X 2160, 18:9
Resolution Type	Full HD Plus	Full HD Plus
Processor	Qualcomm Snapdragon 636, octa-core	Qualcomm Snapdragon 630, octa-core
Clock Speed	1.8 GHz	2.2 GHz
RAM	3 / 4 / 6 GB	4 / 6 GB
Internal Storage	32 / 64 GB	64 / 128 GB
Expandable Upto	2 TB	128 GB
Memory Card Slot Type	Dedicated Slot	Dedicated Slot
Rear Camera	Dual : 13MP + 5MP / 16MP + 5MP	Dual : 12 MP + 5 MP
Rear Flash	Yes	Yes
Front Camera	8 MP / 16 MP	8 MP
Front Flash	Yes	Yes
OS	Android 8.1, Oreo (near-stock interface)	Android 8.0, Oreo
No of SIMs	2 (nano SIM + nano SIM)	2 (nano SIM + nano SIM)
Sim 1	4G/ LTE 3G GSM	4G/ LTE 3G GSM
Sim 2	4G/ LTE 3G GSM	4G/ LTE 3G GSM
Battery	5000 mAh	3200 mAh
Battery Type	Non - Removable	Non - Removable
Connector	Micro-USB	USB-C
Fingerprint Scanner	Yes	Yes
NFC	No	Yes
Bluetooth	4.2	5.0
USB OTG	Yes	Yes
Proximity Sensor	Yes	Yes
Accelerometer Sensor	Yes	Yes
Compass/ Magnetometer	Yes	Yes
Ambient Light Sensor	Yes	Yes
Gyroscope	Yes	Yes
Hall Sensor	-	No
Infrared Sensor	-	No
Colours Available	Midnight Black, Gray	Deep Indigo, Nimbus
SAR Value	-	-

Physical Adsorption (Physisorption) Vs Chemical Adsorption (Chemisorption)

Physical Adsorption (Physisorption)	Chemical Adsorption (Chemisorption)
When the particles of the adsorbate are held to the surface of the adsorbent by the physical forces such as van der Walls forces, the adsorption is called physical adsorption.	When the molecules of the adsorbate are held to the surface of the adsorbent by the chemical forces or chemical bonds, the adsorption is called chemical adsorption.
It has low enthalpy of adsorption of the order of 20 to 40 kJ mol-1.	It has high enthalpy of adsorption of the order of 80 to 240 kJ mol-1.
It usually occurs at low temperature and decreases with increasing temperature.	It occurs at high temperature and increases with the increase of temperature.
It is reversible in nature.	It is irreversible.
The extent of adsorption depends upon the ease of liquefication of the gas. More easily liquefiable gases are adsorbed readily.	There is no correlation between extent of adsorption and the ease of liquefication of gas. It also depends on the nature of gas. Gases which can react with the adsorbent show chemisorption.
It is not specific in nature i.e. all gases are adsorbed on the surface of a solid to some extent.	It is highly specific in nature and occurs only when there is bond formation between adsorbent and adsorbate molecules.
No appreciable activation energy is needed.	High activation energy is sometimes needed.
The state of adsorbate is same as in the bulk.	The state of adsorbate molecules may be different from that in the bulk.
It forms multimolecular layers.	It forms mono-molecular layer.
The rate of adsorption increases with increase in pressure of adsorbate.	The rate of adsorption usually decreases as the pressure increases.

Moto G6 Plus Vs Redmi Note 5 Pro

Parameters	Moto G6 Plus	Redmi Note 5 Pro
Dimensions	159.9 X 75.5 X 7.99 mm	158.6 X 75.4 X 8.05 mm
Weight	165 g	181 g
Screen Size	15.2 cm (5.9 inches)	15.2 cm (5.99 inches)
Resolution	1080 X 2160, 18:9	1080 X 2160, 18:9
Resolution Type	Full HD Plus	Full HD Plus
Processor	Qualcomm Snapdragon 630, octa-core	Qualcomm Snapdragon 636, octa-core
Clock Speed	2.2 GHz	1.8 GHz
RAM	4 / 6 GB	4 / 6 GB
Internal Storage	64 / 128 GB	64 GB
Expandable Upto	128 GB	128 GB
Memory Card Slot Type	Dedicated Slot	Hybrid Slot
Rear Camera	Dual : 12 MP + 5 MP	Dual : 12 MP + 5 MP
Rear Flash	Yes	Yes
Front Camera	8 MP	20 MP
Front Flash	Yes	Yes
OS	Android 8.0, Oreo	MIUI 9 (Android 7.1.2, Nougat)
No of SIMs	2 (nano SIM + nano SIM)	2 (nano SIM + nano SIM)
Sim 1	4G/ LTE 3G GSM	4G/ LTE 3G GSM
Sim 2	4G/ LTE 3G GSM	4G/ LTE 3G GSM
Battery	3200 mAh	4000 mAh
Battery Type	Non - Removable	Non - Removable
Connector	USB-C	Micro-USB
Fingerprint Scanner	Yes	Yes
NFC	Yes	No
Bluetooth	5.0	5.0
USB OTG	Yes	Yes
Proximity Sensor	Yes	Yes
Accelerometer Sensor	Yes	Yes
Compass/ Magnetometer	Yes	Yes
Ambient Light Sensor	Yes	Yes
Gyroscope	Yes	Yes
Hall Sensor	No	Yes
Infrared Sensor	No	Yes
Colours Available	Deep Indigo, Nimbus	Black, Gold, Rose Gold, Lake Blue
SAR Value	-	1.188 W/Kg (Head), 0.334 W/Kg (Body)

Half Duplex Transmission Vs Full Duplex Transmission

Half Duplex Transmission	Full Duplex Transmission
Data can be sent in both the directions but not simultaneously.	Data can be sent in both the directions simultaneously.
In Half duplex, devices can transmit and receive but not at the same time. When one device is sending, the other is receiving and vice-versa.	In Full duplex, devices can transmit and receive at the same time i.e. each station/device can send as well as receive data simultaneously.
It uses one pair of wire.	It uses two pairs of wires.
Chances of collisions are more.	Chances of collisions are less.
Slower data transfer as compared to Full duplex.	Faster data transfer.
Less efficient as compared to Full duplex.	More efficient.
Cost of transmission is low as compared to Full duplex.	High data transmission cost.
Example of Half duplex system is walkie-talkie where one person speaks and other listens & vice-versa.	Example of Full duplex is the telephone system where both the persons can speak and listen simultaneously.

RDBMS Vs Hadoop

Parameters	RDBMS	Hadoop
Definition	RDBMS is a Relational Database Management System in which data is stored in the form of tables consisting of rows and columns.	Hadoop is an open source framework that allows to store and process big data in a distributed environment across clusters of computers using simple programming models.
Use	It is used for OLTP (Online Transaction Processing).	It is used for analytical and especially for big data processing.
Size of Data	It can handle data upto gigabytes.	It can handle Petabytes and even more large data sets.
Data Structure	It can work only with structured data.	It can work with all structured, semi structured and unstructured data.
Manufactures	Sql Server, MySQL, Oracle etc.	Hadoop implementations by Cloudera, Intel and Amazon.
File system	It rely on OS file system.	It is based on distributed file system - HDFS.
Integrity	High. It has ACID properties.	Low.
Data Schema	Static	Dynamic
Access Method	Batch	Interactive and batch
Scaling	Non linear	Linear
Normalization of Data	Required	Not required
Query Response Time	Can be near immediate.	Has latency.

Absorption Vs Adsorption

Absorption	Adsorption
It is the phenomenon in which the particles of gas or liquid get uniformly distributed throughout the body of the solid.	It is the phenomenon of higher concentration of particles of gas or liquid on the surface than in the bulk of the solid.
The concentration is the same throughout the material. Therefore, it is a bulk phenomenon.	The concentration on the surface of the adsorbent is different from that in the bulk. Therefore, it is a surface phenomenon.
Absorption occurs at uniform rate.	Adsorption is rapid in the beginning and its rate slowly decreases.
It is an endothermic process.	It is an exothermic process.
Example – anhydrous calcium chloride absorbs water.	Example – silica gel adsorbs water vapours.

Open Word Class Vs Closed Word Class

Open Word Class	Closed Word Class
1. An open class is one that commonly accepts the addition of new words.	1. A closed class is one that contains fixed number of words.
2. Open class of words is also called content words.	2. Closed class of words is also called function words.
3. This class contains large number of words.	3. This class contains limited number of words.
4. New words are generally coined or borrowed from other languages.	4. No new words are added.
5. This class consists of nouns, verbs, adjectives and adverbs.	5. This class consists of pronouns, articles and prepositions.

Ad Hoc Networks Vs Cellular Networks

Ad Hoc Networks	Cellular Networks
Ad Hoc network is a type of multi-hop wireless networks i.e. a collection of nodes that communicate with each other wirelessly by using radio signals over a shared common channel.	A cellular network is a radio network distributed over land through cells where each cell includes a fixed location transceiver known as base station.
Infrastructure less network.	Infrastructured network.
No base station and rapid deployment.	Fixed pre-located cell sites and base station.
Highly dynamic network topology.	Static backbone network topology.
Multi-hop wireless links.	Single hop wireless links.
Packet switching is used.	Circuit switching is used.
Mesh topology is used.	Star topology is used.
Irregular connectivity.	Stable connectivity.
Cost-effective.	High setup cost.
Less setup time.	Large setup time.

Compiler Vs Interpreter

Compiler	Interpreter
A compiler is a program that can read a program in one language (source language) and translate it into an equivalent program in another language (target language).	An interpreter is a program that directly execute a program without compiling it into a machine language.
Diagram	Diagram
It works on the complete program at once.	It works line by line on the program.
It takes entire program as input.	It takes single instruction as input.
Intermediate object code is generated.	No intermediate object code is generated.
More memory is required as intermediate object code is to be stored.	Less memory requirement.
Conditional control statements executes faster.	Conditional control statements executes slower.
Program need not to be compiled every time.	Every time higher level program is converted into lower level program.
Errors are displayed after entire program is checked.	Errors are displayed for every instruction interpreted.
It does not allow a program to run until it is completely error free.	It runs the program from first line and stops execution only if it encounters an error.
Compiled languages are more efficient but difficult to debug.	Interpreted languages are less efficient but easier to debug.
Examples of programming languages that uses compilers are C, C++ etc.	Examples of programming languages that uses interpreters are BASIC, Python etc.