Answer: Geitonogamy is a pollination method. A flower is pollinated by pollen grains from the same or genetically identical flower in this type. Self-pollination is a term used to describe the process of plants pollinating themselves. It is derived from the Latin words geiton, which means neighbor, and gamy, which means marriage.
Geitonogamy is a type of self-pollination, but unlike autogamy, where a single bloom may fertilize itself, geitonogamy flowers are pollinated by other flowers on the same plant. The plant’s single blossom is not completely self-fertile. To carry pollen from one flower to the next on the same plant, a vector is required.
Insects or the wind may be the primary pollinator. The majority of geitonogamy plants are monoecious.
Because pollinating agents are necessary, it is effectively cross pollination.
It entails the transmission of genetically identical pollen grains to the stigma, resulting in offspring that are genetically similar to their parents, have less variety, and suffer from inbreeding depression.Windpollinated plants are prone to geitonogamy. Geitonogamy occurs in plants with unisexual flowers or monoecious plants.
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west of the geographic north. The north tip of the magnetic needle of a dip circle placed in the plane of magnetic meridian points above the horizontal. The horizontal component of the earth’s field is measured to be 
Specify the direction and magnitude of the earth’s field at the location.At a certain location in Africa, a compass points 
and 
carrying currents of 
and 
in the same direction are separated by a distance of 
. Estimate the force on a 
section of wire A.
wire carrying a current of 
is placed inside a solenoid perpendicular to its axis. The magnetic field inside the solenoid is given to be 
. What is the magnetic force on the wire?
and making an angle of 
with the direction of a uniform magnetic field of 
. What is the magnitude of the field 
at a point 
from the wire?
-turns carrying current 
.
is at distance 
from the wire. Find the force acting on the electron if its velocity is directed towards the wire.