As an Astronaut goes out into space, her mass REMAINS THE SAME and her weight DECREASES.
When one travels away from the earth surface, one's mass remains the same but the weight decreases as the gravitation pull decreases.
The experience of weight on earth is as a result of the counteracting forces acting one's body and the ground. When one is in the space, this counteracting force is removed because the ground is no longer pushing back on one's body. Thus, one's weight will decrease in space because gravitational pull is lower above the earth's surface.
Answer:
the answer is vas deferens
Answer:
Procollagen VII; COPII components.
Explanation:
The endomembrane system present in eukaryotes divides the cell organelle into the structural and functional compartment. This helps in the transport of protein, its signalling and processing of protein.
Tango1 is the packaging protein that are destined to the golgi. The interaction of procollagen VII and CopII vesicle with tango is important as these helps in the transport of tango protein to the golgi. The cop II coated vesicle is important for the transport of the protein that are destined to golgi.
Thus, the correct answer is option (B).
Fats and lipids are hydrophobic which makes them water repelling compounds. Therefore, presence of a waxy coating on the outer skin of the desert plant prevents loss of water via evaporation from the skin of the plants. This helps the plant store water and increases its survival period.
Carbon is found in the atmosphere mostly carbon dioxide. Animal and plant respiration place carbon into the atmosphere.When you exhale, you are placing carbon dioxide into the atmosphere. Carbon is found in the lithosphere in the form of carbonate rocks.
