Answer:
The factors which have the largest influence on the formation and direction of the asiatic monsoons are:
- Moisture-laden or <em>Humid </em> winds. The presence of abundant water bodies around the subcontinent such as the Arabian Sea, Bay of Bengal, and Indian Ocean. These help moisture accumulate in the winds during the hot season.
- Droplet formation
- Land form barriers (that is Highlands) such as Himalayas, the western Ghats of India, and the Annamese Highlands of Vietnam
Explanation:
The term monsoon comes from the Arabic word <em>mausim</em>, meaning
season.
As a meteorological term, monsoon refers to the directional shifting of winds from one season to the next.
It may also be referred to as a seasonal prevailing wind in the region of South and South-East Asia, blowing from the south-west between May and September and bringing rain (the wet monsoon ), or from the north-east between October and April (the dry monsoon).
Usually, the monsoon occurs when a humid wind blowing from the ocean toward the land in the summer shifts to a dry, cooler wind blowing seaward off the land in the winter, and it involves a full 180° direction change in the wind.
Orographic barriers (that is highlands in the path of the winds) force the winds to rise. Precipitation then occurs on the windward side of the highlands because of adiabatic cooling and condensation of the moist rising air.
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Answer:F., D.
Explanation:If you use low beams it should help and if you use the defogger it should also help.
Answer:
Explanation:
a )
Pressure on the bottom
= hdg
= 2.5 x 820 x 9.8
= 20090 N / m²
b )
force = area x pressure
= 20090 x 10 x 6 N
= 1205400 N
c )
Force on 10m x 2.5 m face
center of gravity of the tank will lie at height 2 .5 / 2 = 1.25 m
Pressure = hdg
= 1.25 x 820 x 9.8
= 10045 N/m²
force = pressure x area
= 10045 x 10 x 2.5
= 251125 N .
Answer:4A
Explanation:
Given
Mass is displace x= A units from its mean position x=0'
When it is set to free it will oscillate about its mean position with maximum amplitude A i.e. from x=-A to x=A
One cycle is completed when block returns to its original position
so first block will go equilibrium position x=0 and then to x=-A
from x=-A it again moves back to x=0 and finally back to its starting position x=A
so it travels a distance of A+A+A+A=4A
