Here is the diagram of an experimental set up to study the process of transpiration in plants.
After about half an hour what change, if any would you expect to find in the cobalt chloride paper placed on the dorsal and ventral sides of the leaf? Give a reason to support your answer.
Given below is the diagram of an experimental set-up to study the process of transpiration in plants. Study the same and then answer the question that follows:
After about half an hour what change, if any, would you expect to find in the cobalt chloride paper placed on the dorsal and ventral sides of the leaf? Give a reason to support your answer.
Given above is the diagram of an experimental set up to study the process of transpiration in plants. Study the same and then answer the questions that follow:
(a) Name the colour of dry cobalt chloride paper?
(b) Is the experimental leaf a monocot or a dicot? Give a reason to support your answer.
(c) Why are glass slides placed over the dry cobalt chloride papers?
(d) After about half an hour what change, if any, would you expect to find in the cobalt chloride paper placed on the dorsal and ventral sides of the leaf? Give a reason to support your answer.
(a) Is the experimental leaf a monocot or a dicot? Give a reason to support your answer.
(b) Why are glass slides placed over the dry cobalt chloride papers?
(c) After about half an hour what change, if any, would you expect to find in the cobalt chloride paper placed on the dorsal and ventral sides of the leaf? Give a reason to support your answer.
<!--td {border: 1px solid #ccc;}br {mso-data-placement:same-cell;}--> [Review Questions - Pg No.66 - Skill Type - 3]
Why are glass slides placed over the dry cobalt chloride papers?
Is the experimental leaf a monocot or a dicot? Give a reason to support your answer.
