Selfing
Process of covering the flower or inflorescence by paper covers in order to avoid fertilization by external pollen. This makes only self pollination possib..
Self
Incompatibility can be used in hybrid seed productio..
Self Induction
Self Induction - When a current is established in a conductor, a magnetic field is produced in its vicinity. We can visualize this field in terms of magnetic flux. If steady current flows the number of lines of force at a given place would remain the same. But if the current changes with ..
Self Induction - When a current is established in a conductor, a magnetic field is produced in its vicinity. We can visualize this field in terms of magnetic flux. If steady current flows the number of lines of force at a given place would remain the same. But if the current changes with ..Self Pollination
It is the transference of the pollen grains from the anther to the stigma of either the same or of another flower borne on the same pla..
3) Discrimination between self and non-self
It can recognise and respond to molecules that are foreign or 'non-self'. It can also avoid response to molecules that are part of the body or 'self' of the anim..
Cell as a Self Contained Unit
Cell as a Self Contained Unit - The cell whether in a unicellular organism or a multicellular organism is capable of exhibiting some of its functions independently. Thus, the cell shows functional autono..
Self-sterility
Pollen grains of a flower are not capable of effecting fertilization even if they reach the stigma of the same flower. Examples: Potato, tobacco. This is also known as self-incompatibilit..
Self-ionization of water
A water molecule can act both as an acid and a base. Water shows self-ionization in accordance with the equilibrium...
A water molecule can act both as an acid and a base. Water shows self-ionization in accordance with the equilibrium...Self mutual induction Animation
Electromagnetic Induction..
Electromagnetic Induction..Self - Inductance of a Long Solenoid
Total magnetic flux linked with the solenoid = flux through each turn x total number of turns in the solenoid. But f = LI on comparing the two equations, we get If an iron core is introduced inside the solenoid like Then, if m r is relative permeability of iron ..
Total magnetic flux linked with the solenoid = flux through each turn x total number of turns in the solenoid. But f = LI on comparing the two equations, we get If an iron core is introduced inside the solenoid like Then, if m r is relative permeability of iron ..See what our Users say :
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