Because they need to grow extra.
some plants grow slower than others because they put the seed in quicker
Not necessarily. Angiosperms are a type of seed plant that produce flowers and fruit. Seed plants include both angiosperms (flowering plants) and gymnosperms (non-flowering plants like conifers). Some gymnosperms, like redwoods, can be larger than many angiosperms.
seed plants do not depend on moist habitats for reproduction way seedless plants do.
Seed plants produce seeds as a means of reproduction, whereas seedless plants reproduce through spores. Seed plants have a more complex reproductive system involving flowers, while seedless plants reproduce through simpler methods like ferns and mosses. Seed plants tend to have a longer lifespan and are more evolved than seedless plants in terms of adaptation and diversity.
More plants produce sexually than those which produce asexually. The result of sexual reproduction is the seed, therefore the easiest to produce a list of sexually producing plants is to see what plants produce seed. Examples: Pansy, petunia, marigold, peas, beans etc.
One. One seed per plant. However, some plants may grow more than one flower.
The number of plants that can grow from one seed varies depending on the type of plant and its growing conditions. Generally, one seed produces one plant, but some plants may produce multiple stems or shoots from a single seed.
All plants that flower produce seed and therefore can reproduce by seeds. Many plants have more than one method of reproduction because seed does not necessarily produce an exact replica of the parent.
Well technically no. Whatever they grow from will be called a seed so...
Flowers would not be a characteristic of non seed vascular plants. Non seed vascular plants, such as ferns and mosses, reproduce through spores rather than flowers.
Seed plants produce seeds to overcome the adverse environmental conditions whereas seedless plants overcome the adverse environmental conditions by vegetative parts such as tubers, gemma cups or even spores. Since formation of seed involves genetic advance seed formation for reproduction is more successful in nature.
The major change in Earth's climate that favored the evolution of seed plants was the transition to a drier climate. Seed plants were better adapted than non-seed plants to survive in this drier environment because seeds are a more efficient way to disperse and protect offspring in dry conditions.