CHEMICAL KINETICS | Zero and First Order Numericals |12 Chemistry |9AM by Swati Ma'am |L12| Doubtnut

Chemical Kinetics - Zero And First Order Reactions By Tamoghna Ghosh | NEET, JEE Mains And Advanced

In a double slit pattern (lambda = 6000Å) , the first order and tenth order maxima fall at 12.50 mm and 14.55mm from a particular reference point. If lambda is changed to 5500Å, find the position of zero order and tenth order fringes, other arrangements remaining the same.

Decomposition of non-volatile solute 'A' into another non-volatile solute B and C , when dissolved in water follows first order kinetics as A to 2B + C . Vapour pressure of a solution in which 1 mole of A was dissolved in 180 g of water was found to be 20 mm of Hg after 12 hrs . What will the vapour pressure after 24 hrs ? [Given : Vapour pressure of H_(2)O at the given temperature = 24 mm Hg ]

NEET 2020 - Revision In 60 Days | Class 12 Chemical Kinetics | Quick Revision | NEET Chemistry

12:30 PM JEE Mains 2020 - Chemistry | Chemical Kinetics - 30 Days Score Booster Course

Study the following information and answer the questions given below it : The admission ticket for an exhibition bears a password which is changed after every clock hour based on set of words chosen for each day. The following is an illustration of the code and steps of rearrangement for subsequent clock hours. The time is 9 am to 3 pm Batch I (9 am to 10 am) : is not ready cloth simple harmony burning Batch II (10 am to 11 am) : ready not is cloth burning harmony simple Batch III ( 11 am to 12 noon) : cloth is not ready simple harmony burning Batch IV (12 noon to 1 pm) : not is cloth ready burning harmony simple Batch V (1 pm to 2 pm) : ready cloth is not simple harmony burning and so on. If the password for 11 am to 12 noon was --- 'soap shy miss pen yet the she', what was the password for Batch I ?

Study the following information and answer the questions given below it : The admission ticket for an exhibition bears a password which is changed after every clock hour based on set of words chosen for each day. The following is an illustration of the code and steps of rearrangement for subsequent clock hours. The time is 9 am to 3 pm Batch I (9 am to 10 am) : is not ready cloth simple harmony burning Batch II (10 am to 11 am) : ready not is cloth burning harmony simple Batch III ( 11 am to 12 noon) : cloth is not ready simple harmony burning Batch IV (12 noon to 1 pm) : not is cloth ready burning harmony simple Batch V (1 pm to 2 pm) : ready cloth is not simple harmony burning and so on. If Batch II has the password --- 'came along net or else key lot', what could be the password for Batch IV i.e., 12 noon to 1 pm,?