Label the sequence of events in the evolution of the atmosphere in the correct order.

the atmosphere is thin. earth is hot due to meteorite bombardment.

eukaryotes began to form.

earth cools. water vapor condenses and oceans form.

photosynthesis by cyanobacteria reduces the level of carbon dioxide in the air. banded iron formations form in the oceans.

a thick atmosphere develops due to volcanic outgassing, shielding the surface from meteorite bombardment.

oxygen moves from the oceans to the atmosphere.

cyanobacteria evolve in the oceans and produce oxygen.

The correct order would be  

The atmosphere is thin. Earth is hot due to meteorite bombardment.  

                                           ↓

Earth cools. Water vapor condenses and oceans form.  

                                             ↓    

Cyanobacteria evolve in the oceans and produce oxygen.

                                           ↓

Oxygen moves from the oceans to the atmosphere.  

                                           ↓

Photosynthesis by cyanobacteria reduces the level of carbon dioxide in the air. Banded iron formations form in the oceans.  

                                           ↓

A thick atmosphere develops due to volcanic outgassing, shielding the surface from meteorite bombardment.  

                                           ↓

Eukaryotes began to form.  

The early atmosphere was thin and reducing (absence of oxygen). The temperature of early earth was hot due to asteroid collisions. With time the temperature of earth reduced which caused water to condense. Consequently, the oceans covered the earth surface.

After the evolution of photosynthetic cyanobacteria, the oxygen content of the atmosphere increased and carbon dioxide contents reduced.

After the presence of oxygen and thickening of the atmosphere through volcanic outgassing the origin of eukaryotic cells took place.

micro/nanoscale topography surface exhibits many prominent properties and is extensively employed in biomedical device, microfluidic device and energy device fabrication. additionally, the clinical applications of biomaterials can be largely expanded with of nanostructured surfaces.

lysosome is this part of the cell is surrounded by a very thick outer membrane to protect the rest of the cell from its strong enzymes.