What was the rationale of using `P^(32) and S^(35)` by Hershey and Chase ? Instead, if we use radiolabelled C and N, will the results be any different ?

In Hershey and Chase experiment, radioactive ^(32) P was used to culture bacteriophages which resulted in rative

In Hershey and Chase experiments , radioactive .^(32)P was used to culture bacteriophages which resulted in radioactive :

You are repeating the Hershey-Chase experiment and are provided with two isotopes .^(32)Pand .^(15)N (in place of .^(35)S in the original experiment ). How does yoe expect your results to be differnet?

(a) What is biogas ? Name the major component of biogas. (b) What are the raw materials used for making biogas ? (c ) Describe the construction and working of a biogas plant with the help of a labelled diagram. (d) Write any two uses of biogas. (e) Write any two advantages of using biogas.

The firm uses the following function to calculate the production output (P O): P O=5. 3 C^2L^(15), where C= capital invested and L=labour employed. If the capital invested C increases by 20 percent, the change in PO will be 20% d e c r e a s e b. 32 % i nc r e a s e c. 44 % i n c r e a s e d. 56% i n c r e a s e

(a) Why did Hershey and Chase use radioactive ""^(32)P and ""^(35)S in their experiments? Explain. (b) Following the experiments conducted by them, write what conclusion did they arrive at and how?