<em>Answer:</em>
<em>Ello mate, Here's you're answer !</em>
<em>The correct order is 3,4,6,2,7,5,1</em>
<em>Explanation:</em>
<em>Here are the events in the transmission of an action potential in the correct order :</em>
<em>3)</em><em>An action potential arrives at an axon terminal. </em><em>4)</em><em> Calcium ions enter the axon terminal. </em><em>6)</em><em> Synaptic vesicles fuse with the plasma membrane.</em><em>2) </em><em>Neurotransmitters are released into the synaptic cleft. </em><em>7) </em><em>Neurotransmitter molecules bind to the membrane of the receiving neuron.</em><em>5) </em><em>Sodium ions diffuse into the receiving neuron.</em><em>1)</em><em> An action potential begins in the receiving neuron.</em>
<span>Although both macro algae and mangrove trees are multicellular and share many of the same structural features, macro algae are not true plants. Also, mangrove trees and marsh plants typically live in brackish water rather than salt water and are not completely submerged, as opposed to macro algae.</span>
Answer:
They increase the amount of carbon in the atmosphere
Explanation:
Carbon is usually introduced into the atmosphere in a gaseous form. The atmosphere is the gaseous envelope round the earth.
When animals respire, they take up food materials from plants and other sources. They then metabolically break it down.
Oxygen is needed for respiration and in turn, the waste product is usually carbon dioxide.
So, respiration by animals releases carbon dioxide as a by product.