If ocean currents have changed their circulation patterns, you can conclude that
a. patterns of wind circulation have also changed.
b. the water is colder and denser than usual.
c. the rate of evaporation has increased.
d. the climate will be milder than usual.

If ocean currents have changed their circulation patterns, you can conclude that patterns of wind circulation have also changed.

Option A

Explanation:

The ocean flows are significant in the development of the breezes on our planet. On the off chance that the ocean flows change their course designs, it will positively means that the wind patterns will likewise be changed.

There are warm and cold ocean flows, the warm being framed in nearness to the Equator, and it being shaped in closeness to the poles. The temperature of the ocean momentum impacts the temperature of the air masses above it.

So, the warm ocean flows have warm air masses above them, following their track, and the chilly ones have cold air masses above them, tailing them. In the event, the ocean flows change their course patterns, at that point the air masses can follow, along these lines, the wind patterns will vary on a worldwide level.

hail is a solid form of precipitation composed of large, layered ice particles called pellets that often have spherical shapes. this phenomenon occurs during thunderstorms in the could type known as cumulus

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diagram is missing, but i will try to explain your doubt.

answer:

amplitude is the maximum displacement or distance moved on a point of a vibrating body or wave measured from its equilibrium position.it is equal to half the length of vibration path.