Seed size can depend on the plant species and its strategy for reproduction. Larger seeds may provide more nutrients or protection for the developing embryo, increasing the chances of successful germination. Different plants have evolved different seed sizes to optimize their chances of survival and propagation in their specific environment.
The number of seeds in an apple can vary due to genetics, growing conditions, and the apple variety. Some apple varieties naturally produce apples with more seeds, while others may have fewer due to factors such as pollination and fertilization during the apple's growth.
Crowded seeds grow faster because they have more competition for water and nutrients so they have to hurry to grow into a plant. Uncrowded seeds grow slower becasue they have no competition so they can take as long as they want, the water will still be there.
As a general rule, light-sensitive germination is more pronounced in small seeds compared with large seeds. This is because smaller seeds have smaller food reserves in comparison to larger seeds. As the seedling is growing underground, it has no access to sunlight, so instead of using photosynthesis to produce food, the germinating seedling must use the food reserves in its seed to supply itself with enough energy to continue growing. Because the food reserve is very limited due to the small storage available in the small seed, the seedling must grow quickly and sprout out of the ground as fast as possible to gain access to the sun before it runs out of food. Meanwhile, larger seeds have much more food stored in their seeds, meaning they can take their time when growing. This is why small seeds germinate faster than larger seeds.
Some ants are bigger than others due to genetic differences within the colony. Larger ants may have different roles, such as being soldiers or workers, which require different sizes to perform their tasks effectively. Additionally, environmental factors and access to resources can also influence the size of ants within a colony.
Organisms can vary in size due to genetic factors, environmental conditions, and evolutionary pressures. Larger organisms may have evolved to adapt to different ecological niches, predatory pressures, or resource availability. Additionally, some organisms may simply have a genetic predisposition for larger size.
Because some are larger than others and some are closer than others.
because some people's are bigger than others
some are bigger than others
5 or less. Some have more, and some have less than others.
Some birds are more intelligent then others.
The sun is a star. Some stars are larger than our sun while others are smaller.
some beer cans are larger than others
All blueberries contain seeds, though they are not always noticeable depending on the particular species. There are 15 to 20 species of blueberries native to North America, some with larger or more numerous seeds than others, though blueberry seeds tend to be rather soft. To complicate things even more, sometimes huckleberries are referred to as blueberries and huckleberries have noticeable hard seeds (typically 10 per berry). If I had to guess though I would say you probably just had a variety of real blueberries with larger seeds.
Thoracic ganglia are part of the sympathetic system. There are twelve different ganglion, and some are larger than others.
It is smaller than some and larger than others.
Not necessarily. While a smaller than average head will definitely have smaller seeds, a larger than average head will simply have more seeds of the typical size. There is an upper limit on how large sunflower seeds can be (the limit depends on the breed of sunflower).
Some fruit produce more seeds because when they grow in this certain place more seeds are produced in this type of fruit.