Call Support +91-85588-96644

Exam Categories

International Tests

View More

Defence & Para Military

Assessment-I

View More

Assessment-II

View More

Placement & IT Sector

Assessment-III

View More

Aptitude/GK/Vocational Skill Tests

View More
TCYonline

Login

Sign Up

Please enter a Username or Email ID
Please enter a password
Keep me logged in
Forgot Password?
Please enter your name
Please enter your mobile number
You can't leave Captcha Code empty
By submitting this form, you agree to the Terms & Privacy Policy.
Already Registered? Login Here
OR

Sign Up via Facebook

Sign Up via Google

Sign Up via Twitter

Download Software
Tests given

Download TCY App

App Image
Subscribe to Unlock Test Prep Material close
Choose Exam Category

Unlock All Services And Enjoy The Premium Benefits

1 Month Plan

US$ 10

Subscribe Now

Valid For 1 Month

2 Month Plan

US$ 13

Subscribe Now

Valid For 2 Months

3 Month Plan

US$ 15

Subscribe Now

Valid For 3 Months

4 Month Plan

US$ 17

Subscribe Now

Valid For 4 Months

5 Month Plan

US$ 19

Subscribe Now

Valid For 5 Months

6 Month Plan

US$ 20

Subscribe Now

Valid For 6 Months

7 Month Plan

US$ 21

Subscribe Now

Valid For 7 Months

8 Month Plan

US$ 22

Subscribe Now

Valid For 8 Months

9 Month Plan

US$ 23

Subscribe Now

Valid For 9 Months

10 Month Plan

US$ 24

Subscribe Now

Valid For 10 Months

11 Month Plan

US$ 25

Subscribe Now

Valid For 11 Months

12 Month Plan

US$ 26

Subscribe Now

Valid For 12 Months

  • Payment made in INR entitles you to use Test in INDIA only
  • Each test can be attempted only once

All posts related to Science

Rohit Aggarwal
Shared from JEE Main Mock - 2 on Dec 18, 2019 5:38 PM

Consider Zn + Cu2+ Zn2+ + Cu
If the standard emf is
The decrease in the free energy () for the process in kJ mol-1 is

 
386
308
194
104
Please type your answer before submitting.
Rohit Aggarwal

The answer is 386. there is a calculation error in the solution

Gagandeep
Shared from CTET Mock (Math & Science) - 1 on Dec 05, 2019 3:47 PM

The current gain for a transistor in common emitter configuration is 59. If the emitter current is 6.0 mA, the collector current will be

 
5.9 mA
0.1 mA
6.1 mA
6.0 mA
Please type your answer before submitting.
Roopkaur

You are right 

View More
I Can't
Shared from Kinetic Theory of Gases on Nov 27, 2019 7:50 AM

A sample of 5.6 litres of helium gas at STP is adiabatically compressed to 0.7 litre. Taking the initial temperature to be T1, the work done in the process is

 
RT1
RT1
RT1
RT1
Please type your answer before submitting.
I Can't

The initial condition is STP so why is the answer in terms of a variable when it can be replaced with a constant term.

Anushka Mishra
Shared from IUPAC Nomenclature on Aug 28, 2019 5:03 PM

IUPAC name of the organic compound that is written by the following structure is ____.

 
3-Cyclohexyl-1-cyclopentylpropane
1-Cyclohexyl-3-cyclopentylpropane
3-Cyclopentylpropylcyclohexane
3-Cyclohexylpropylcyclopentane
Propylbicyclo[3.2.3]decane
Please type your answer before submitting.
Anushka Mishra

Why? it should begin from cyclohexyl end according to alphabetical order

Abhisek Sen
Shared from IUPAC Nomenclature on Jul 14, 2019 11:38 PM

IUPAC name of the organic compound that is written by the following structure is ________.

 
3,4,9-trimethyldecane
2,7,8-trimethyldecane
2-ethyl-3,8-dimethylnonane
8-ethyl-2,7-dimethylnonane
2,7-dimethyl-8-ethylnonane
Please type your answer before submitting.
Abhisek Sen

No the correct answer is 2,7,8-trimethyldecane, it is exceptional