Suppose `50` bacterial are placed in a flask containing nutrients for the bacteria so that they can multiply. A study at `35^(@)C` gave the following results:
Time: (minutes) `0, 15, 30, 45, 60`
Number of bacteria `100,, 200, 400, 800, 1600`
The rate of reaction initially is:

Suppose 50 bacterial are placed in a flask containing nutrients for the bacteria so that they can multiply. A study at 35^(@)C gave the following results: Time: (minutes) 0, 15, 30, 45, 60 Number of bacteria 100,, 200, 400, 800, 1600 The t_(1//2) for the reaction is,

Suppose 50 bacterial are placed in a flask containing nutrients for the bacteria so that they can multiply. A study at 35^(@)C gave the following results: Time: (minutes) 0, 15, 30, 45, 60 Number of bacteria 100,, 200, 400, 800, 1600 The t_(1//2) for the reaction is,

Populatin growth of humans and bacteria follows first order growth kinetics. Suppose 50 bacteria are placed in a flask containing nutrients for the bacteria so that they can multiply . A study at 3.5^(@)C gave the following results : {:("Time (minutes)",0,15,30,45,60),("Number of bacteria",100,200,400,800,1600):} The rate constant for the reaction is :

Suppose 50 bacteria are placed in a flask contining nutrients for the bacteria so that they can multiply. A study at 35^(@)C gave the following results.: {:("Time (minute)",0,15,30,45,60),("Number of bacteria" ,50,100,200,400,800):} Show that the rate of productin of bacteria is of first order. How many bacteria wil be there after 3 hours?

Populatin growth of humans and bacteria follows first order growth kinetics. Suppose 50 bacteria are placed in a flask containing nutrients for the bacteria so that they can multiply . A study at 3.5^(@)C gave the following results : {:("Time (minutes)",0,15,30,45,60),("Number of bacteria",100,200,400,800,1600):} The rae constant of the first order growth of bacteria cab be calculated using :

Suppose 50 bacteria are placed in a flask containing nutrients for the bacteria so that they can multiply. A study at 35^(@) C gave the following results Then The rate of the reaction initially is

Populatin growth of humans and bacteria follows first order growth kinetics. Suppose 50 bacteria are placed in a flask containing nutrients for the bacteria so that they can multiply . A study at 3.5^(@)C gave the following results : {:("Time (minutes)",0,15,30,45,60),("Number of bacteria",100,200,400,800,1600):} At what time, there will be 6400 bacteria in the flask?

Populatin growth of humans and bacteria follows first order growth kinetics. Suppose 50 bacteria are placed in a flask containing nutrients for the bacteria so that they can multiply . A study at 3.5^(@)C gave the following results : {:("Time (minutes)",0,15,30,45,60),("Number of bacteria",100,200,400,800,1600):} Unit of rate constant for first order growth is:

Suppose 50 bacteria are placed in a flask containing nutrients for the bacteria so that they can multiply. A study at 35^(@) C gave the following results Then This multiplication of bacteria follows a