Your skin would most likely be green. Also you would be able to make your own glucose through photosynthesis, simply by being in the sunlight. This would mean you digestive system could be smaller and wouldn't need glucose transporter enzymes as you don't need to extract glucose from your food. It would be harder to control your blood glucose as weather patterns cannot be accurately predicted, and diabetics would be much more at risk to hypoglycaemia/hyperglycaemia (low/high blood sugar respectively).
Your kidneys would have to have glucose permeable nephrons (the areas that filter out the blood) to remove excess glucose during hyperglycaemia, or the body may have bigger glycogen reserves (glycogen being a form of stored glucose).
It would also be impossible to live in certain areas during the winter (such as northern Sweden) due to the fact that there's 6 months of constant night, which would make it impossible for your body to photosynthesis. At this point you would starve from lack of energy.
Animal cells would be different if they had chloroplasts and cell walls because they would have a regular shape due to the cell wall. Be green in color and able to photosynthesize due to the chloroplasts.
No oxygen will be produced. So life will be anaerobic
Not in the leaves
no
They would be green & would have no need to hunt for food because they would make it by themselves and they would be producers
Chloroplasts need good sun light for their functions. So they are highly concentrated in leaves
No, there are several living cells in the plant without chloroplasts.
Chloropalsts. They are the ones who do the process of photosynthesis. An animal cell does not have them.
Leaves
There are many cells. Every prokariyotic cells,animal cells,fungi cells and many protista lack them
The leaves of a mango tree would contain cells with the greatest number of chloroplasts. This is because chloroplasts are responsible for photosynthesis, and leaves are the main site of photosynthesis in plants.
They would be able to photosynthesise, which they are currently unable to do because they do not possess chloroplasts.