No, a human could not survive for an extended period, such as two days, relying solely on glycolysis for ATP production. Glycolysis alone is inefficient in ATP yield and produces only 2 ATP molecules per glucose molecule, while also generating lactic acid, which can lead to acidosis. Additionally, glycolysis requires a continuous supply of glucose, which would be depleted quickly without other metabolic pathways like oxidative phosphorylation and the citric acid cycle to sustain energy production. Overall, prolonged reliance on glycolysis would result in insufficient energy for essential bodily functions.
Grasshoppers are not adapted to survive in water. They are terrestrial insects and will typically drown if submerged in water for an extended period of time. They rely on air to breathe and do not have specialized adaptations for surviving in water.
An etiolated plant can survive for weeks to months, depending on the species and environmental conditions. However, if the lack of light continues for an extended period, the plant's overall health and survival chances decrease significantly. It's essential to address the cause of etiolation promptly to help the plant recover.
Persevering over an extended duration.
Eating snow alone is not a sustainable source of nutrition and can actually lower your body temperature. It can lead to hypothermia and dehydration. You would not be able to survive on snow alone for an extended period of time.
No, humans cannot survive the intense radiation in Jupiter's radiation belts. The radiation levels are far too high for any living organism to endure for an extended period of time without being heavily shielded. Even with advanced technology, the radiation in the Jupiter's radiation belts poses a significant risk to human health.
No, shrimp cannot survive out of water for an extended period of time as they require water to breathe and stay alive.
no
No, octopuses cannot survive outside of water for an extended period of time as they require water to breathe and move.
Yes, fleas can survive in water for a short period of time, but they are not well-adapted to living in water for extended periods.
No, aquarium snails cannot survive out of water for an extended period of time as they require a moist environment to breathe and move.
Yes, water can kill cockroaches by drowning them. Cockroaches can survive without air for a short period of time, but if they are submerged in water for an extended period, they will drown.
No, bamboo cannot survive underwater as it requires oxygen to grow and thrive. Submerging bamboo in water for an extended period of time can lead to rotting and eventual death of the plant.
Yes, water can effectively kill roaches by drowning them. Roaches can survive without air for a short period of time, but if submerged in water for an extended period, they will drown.
Yes, water can effectively kill fleas by drowning them. Fleas cannot survive underwater for an extended period of time.
Grasshoppers are not adapted to survive in water. They are terrestrial insects and will typically drown if submerged in water for an extended period of time. They rely on air to breathe and do not have specialized adaptations for surviving in water.
If a species survives for an extended period of time then it (the species) has adapted, if it does not survive then it has not. Individuals do not adapt to their environment consciously. It is a matter of evolution and luck.
Yes, fleas can drown when they come into contact with water because they are not able to swim or survive underwater for an extended period of time.