Pollen and many other very small particles do not "overcome" the force of gravity; rather, their light weight and small size allow them to be carried by air currents.
Just as a kite flies in wind, these particles may be lifted upwards, also. Motes of dust, feathers, light seeds with filaments or "wings" attached and small pieces of paper may also be lifted by air or wind.
Pollen grains and some seeds use mechanisms such as wind, water, or animals to transport them over long distances, which helps them overcome the force of gravity. Structures like wings, hairs, or oils on their surfaces aid in dispersal by providing lift or reducing drag, allowing them to travel away from the parent plant and find suitable growing conditions.
because without gravity there would be no universe as we know it. gravity is what keeps us and everthing else on earth. it is the tendency of objects with mass to be attracted to each other. an objects mass is the amount of material it contains. the bigger the mass of an object, the stronger its force of gravity.
The wind helps to move things like sailboats, windmills, kites, and wind turbines. It also assists in dispersing seeds and pollen for plants, as well as in shaping landscapes through processes like erosion.
Orange seeds float in sugar water because the sugar increases the water's density, allowing the seeds to float. In ordinary water, the seeds sink due to their own density being greater than that of the water.
Fruits fall from trees due to a combination of factors such as ripeness, gravity, wind, and the natural abscission process. When fruits reach maturity, they release enzymes that weaken the stem attachment, making them more likely to detach and fall to the ground where they can disperse seeds and germinate.
Pollen and some seeds can overcome gravity through various adaptations. Pollen grains are often lightweight and may have structures like wings or air sacs that allow them to be carried by the wind. Similarly, some seeds possess features such as parachute-like structures or fluff that enable them to be dispersed over long distances by air currents. These adaptations help ensure successful reproduction and colonization of new areas despite the force of gravity.
Pollen grains and some seeds use mechanisms such as wind, water, or animals to transport them over long distances, which helps them overcome the force of gravity. Structures like wings, hairs, or oils on their surfaces aid in dispersal by providing lift or reducing drag, allowing them to travel away from the parent plant and find suitable growing conditions.
pollen joins an ovule to make seeds
Gametophytes produce pollen, which is the male gametophyte. Seeds are produced by the fertilization of the female gametophyte by pollen.
seeds
the seeds and embryos and pollen
A flower produce pollen sacs which has pollen grains in it
The ovary in the flower must be fertilised by pollen from the stamen and then seeds can form.
Conifer trees have two different kinds of cones. The pollen cones house the male reproductive cells. They produce pollen which is later transferred to the female cone to fertilize the seeds. The seed cone houses the female reproductive cells, which when pollinated become seeds.
the answer is pollen
SEED
yes