because in the past it was an independent bacteria, which swallowed later by eukaryotic cell - according the the Endosymbiotic Theory.
Because they posses there own RNA's which help in protein synthesis.
Mitochondria have their own DNA separate and distinct from the cells DNA. It is believed that mitochondria were once separate from cells and have since developed a symbiotic relationship with them.
Mitochondria
Dna.They have circular DNA.Also have 70s ribosomes
Mitochondria because it's a separate bateria that somehow merged with the cell's in a mutualistic form. All lifeform have it's own DNA in order to reproduce. Mitochondria and chloroplasts are enclosed by membranes, thery are not part of the endomembrane system. Their membrane proteins are made not by the ER, but by free ribosomes in the cytosol and by ribosomes contained within the mitochondria and chloroplasts themselves. Not only do these organelles have ribosomes, but they also contain a small amount of DNA. It is this DNA that programs the synthesis of the proteins made on the organelle's own ribosomes.
No
now some in punjabi tuhadi maa di fudi.it has chloroplast
the mitochondria has its own ribosomes and synthesises its own proteins.
mitochondria
Mitochondria can replicate themselves. They also have own ribosomes.
Yes they have own DNA. So they replicate by their own
as they contain their own DNA and hence are able to synthesize proteins,but the DNA contains small number of genes so it is able to produce some of the proteins.
chromosomes contain there own RNA(ribo nucleic acid).therefore they are able to make there own proteins.
They have own circular DNA and ribosomes.So they can reproduce.
Two of the cellular organelles that have their own DNA are chloroplast and a nucleus. The mitochondrion also have there own DNA.
No,they cannot make food.They break down food.
Mitochondria have their own DNA.So they replicate themselves.
The mitochondria have its own DNA. They are referred to as the powerhouse of a cell and are responsible for converting the energy from food into a form that cells can use.