They don't have any organised water transporting structure (analogous to veins). Water is transported cell by cell, which is extremely ineffective for larger plants.
Bore describes the size of hole in something that has a hole as its main feature, e.g. a gun.
The size of the plan mirror should be half the size of the object to get a full size image of the object
feature mega micro size large small produce megaspore, microspores female gametophyte male gametophyte no.pf spores 4 megaspores numerous microspores
size 7 in inches
The size of the fruit does not effect the voltage. If you're making a light, the size can effect how long it lasts. The greater the size, the longer it will last
Bryophytes are small in size because they lack a vascular system to transport water and nutrients effectively. This limits their ability to grow larger as they rely on diffusion for these essential functions. Additionally, their small size allows them to maintain a high surface area to volume ratio, which aids in absorption of water and nutrients from their environment.
Bryophytes are small in size compared to other plant species because they lack vascular tissues like xylem and phloem, which are needed for efficient water and nutrient transport in larger plants. This limits their ability to grow tall and large. Additionally, bryophytes rely on diffusion for water and nutrient uptake, which is less effective over long distances, further restricting their size.
In bryophytes, water and nutrients are transported through the plant by diffusion and osmosis. These plants do not have vascular tissues like xylem and phloem found in higher plants, so they rely on simple diffusion to move water and nutrients from cell to cell. This limits the size that bryophytes can grow to.
Bryophytes (such as mosses) do not grow as tall as ferns because they lack vascular tissues like xylem and phloem, which limits their ability to transport water and nutrients efficiently. This restricts their ability to grow taller and limits their overall size compared to ferns, which have more developed vascular systems.
As they lack a vascular system ( and therefore no true roots either) any water and nutrients must be passed from cell to cell by diffusion - a slow and inefficient method which limits their size. But aren't they beautiful under a microscope
The surface area-to-volume ratio limits the size of single-celled organisms. As a cell grows larger, its volume increases at a greater rate than its surface area, making it harder to exchange nutrients and waste efficiently. This constraint impacts the cell's ability to maintain proper functioning and limits its size.
Lower bryophytes are often referred to as liverworts, hornworts, and mosses. These are simpler plants that lack true vascular tissue found in higher plants and are typically small in size.
As they lack a vascular system ( and therefore no true roots either) any water and nutrients must be passed from cell to cell by diffusion - a slow and inefficient method which limits their size. But aren't they beautiful under a microscope
Prey size and availability.
No, the internet defies size limits.
its exoskeleton
Can A casting draft can deviate from the dimensional size of a given feature