a car can travel 500 km on 20 litre of petrol? how much distance will it cover? on 50 litres of petrol. plz tell it's answer by explaining
Answers
Answer:
1250 km
Step-by-step explanation:
i don't want to explain
the sites of aerobic respiration. They produce cellular energy in the fa
the sites of aerobic respiration. They produce cellular energy in the faof ATP, hence they are called 'power houses of the cell. The matrix al
the sites of aerobic respiration. They produce cellular energy in the faof ATP, hence they are called 'power houses of the cell. The matrix alpossesses single circular DNA molecule, a few RNA molecules, ribosomes
the sites of aerobic respiration. They produce cellular energy in the faof ATP, hence they are called 'power houses of the cell. The matrix alpossesses single circular DNA molecule, a few RNA molecules, ribosomes(70S) and the components required for the synthesis of proteins. The
the sites of aerobic respiration. They produce cellular energy in the faof ATP, hence they are called 'power houses of the cell. The matrix alpossesses single circular DNA molecule, a few RNA molecules, ribosomes(70S) and the components required for the synthesis of proteins. Themitochondria divide by fission.
the sites of aerobic respiration. They produce cellular energy in the faof ATP, hence they are called 'power houses of the cell. The matrix alpossesses single circular DNA molecule, a few RNA molecules, ribosomes(70S) and the components required for the synthesis of proteins. Themitochondria divide by fission.8.6.5 Plastics
the sites of aerobic respiration. They produce cellular energy in the faof ATP, hence they are called 'power houses of the cell. The matrix alpossesses single circular DNA molecule, a few RNA molecules, ribosomes(70S) and the components required for the synthesis of proteins. Themitochondria divide by fission.8.6.5 PlasticsPlastids are found in all plant cells and in euglenoides. These are easily
the sites of aerobic respiration. They produce cellular energy in the faof ATP, hence they are called 'power houses of the cell. The matrix alpossesses single circular DNA molecule, a few RNA molecules, ribosomes(70S) and the components required for the synthesis of proteins. Themitochondria divide by fission.8.6.5 PlasticsPlastids are found in all plant cells and in euglenoides. These are easilyobserved under the microscope as they are large. They bear some specific
the sites of aerobic respiration. They produce cellular energy in the faof ATP, hence they are called 'power houses of the cell. The matrix alpossesses single circular DNA molecule, a few RNA molecules, ribosomes(70S) and the components required for the synthesis of proteins. Themitochondria divide by fission.8.6.5 PlasticsPlastids are found in all plant cells and in euglenoides. These are easilyobserved under the microscope as they are large. They bear some specificpigments, thus imparting specific colours to the plants. Based on th
the sites of aerobic respiration. They produce cellular energy in the faof ATP, hence they are called 'power houses of the cell. The matrix alpossesses single circular DNA molecule, a few RNA molecules, ribosomes(70S) and the components required for the synthesis of proteins. Themitochondria divide by fission.8.6.5 PlasticsPlastids are found in all plant cells and in euglenoides. These are easilyobserved under the microscope as they are large. They bear some specificpigments, thus imparting specific colours to the plants. Based on throplaste