Related Questions

Read the paragraph and answer the question-photosynthesis is a process in which radiant energy from sun is stored as chemical energy , which in turn is used to decompose carbon dioxide and water. The product of their decomposition are recombined into a new compound which successively builds, up into more and more complex organic substances like sugars, starches and cellulose that comprise the plant.The word stored in the paragraph is closest in morning to
A specified
B retained
C converted
D discovered
The strain energy stored in a body, when suddenly loaded, is __________ the strain energy stored when same load is applied gradually.
A Equal to
B One-half
C Twice
D Four times
Semiconductor memory device in which stored data will remain permanently stored as long as power is supplied is --
A dynamic memory device
B storage device
C flash device
D static memory device
In a watch, the spring is used to store strain energy. This energy is released
A To stop the watch
B To run the watch
C To change the time
D All of these
In a nuclear explosion, the energy is released primarily in the form of __________ energy.
A Potential
B Thermal
C Kinetic
D Electrical
The most important chemical catalyst on the planet is chlorophyll, ________ carbon dioxide and water react to form carbohydrates.
A whose presence
B which is present
C presenting
D in the presence of which
The most important chemical catalyst on the planet is chlorophyll,______ carbon dioxide and water react to form carbohydrates.
A whoes presence
B which is present
C presenting
D in the presence of which
Out of proteins, lipids and carbohydrates present in a cell membrane, what is true?
A Lipids are maximum
B Carbohydrates are minimum
C Carbohydrates are maximum
D All three are in equal proportion
In Carbohydrates the ratio of hydrogen to oxygen is
A 2:1
B 1:3
C 2:4
D None of the above
In a fission process, maximum percentage of energy is released as
A Kinetic energy of neutrons
B Kinetic energy of fission products
C Instantaneous release of gamma rays
D Gradual radioactive decay of fission products

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