There are two types of plants, monocots and dicots. Monocots have vascular bundles that are randomly distributed and dicots have their vascular bundles in an organized ring.
In young dicot and monocot stems do not increase in thickness. Xylem and phloem are arranged in vascular bundles in the cortex. In older stems and all woody stems, the vascular tissues form a cylinder between the cortex and the pith. The vascular bundles in a monocot are scattered throughout the stem.
Stems typically have three main internal structures: dermal tissue (outer protective covering), vascular tissue (transport system for water and nutrients), and ground tissue (storage and support). These structures work together to provide structural support, transport water and nutrients, and store reserves for the plant. The arrangement and organization of these tissues vary among different plant species.
The vascular cambium adds to secondary xylem and secondary phloem while the cork cambium gives rise to cork and secondary cortex. The vascular cambium is a remnant of the apical meristem while the cork cambium is a true secondary meristem which develops outside the vascular tissues.
The periosteum is a dense layer of vascular connective tissue that covers the outer surface of bones. It plays a vital role in bone growth, repair, and nutrition by providing a site for muscle attachment and containing bone-forming cells. Additionally, the periosteum is involved in the sensation of pain and regulates bone thickness.
The human cell has three principal parts which are the plasma membrane, cytoplasm, and the nucleus. The outer boundary is the plasma membrane.
When xylem is surrounded by phloem from outer as well as inner sides, the vascular bundles are called amphivasal
In young dicot and monocot stems do not increase in thickness. Xylem and phloem are arranged in vascular bundles in the cortex. In older stems and all woody stems, the vascular tissues form a cylinder between the cortex and the pith. The vascular bundles in a monocot are scattered throughout the stem.
The vascular bundles would be arranged in a ring around the pith. The flower would be a dicot, because the four characteristics of dicots are: ~flower parts in fours or fives ~two cotyledons (embryonic leaves) ~veins in leaves branch out ~vascular bundles are arranged in a ring
The endodermis forms a barrier around the vascular cylinder, separating it from the outer cortex in the root. This layer helps control the movement of water and nutrients into the vascular tissue.
They form a ring where phloem forms an outer ring around the xylem.
In more complex diagrams they show that we have an outer core. actually we do have but not for any chemical properties but for the slight difference in temperature. It helps in forming the magnetic sphere around us.
Generally speaking, monocots (such as palm) can not be grafted since the vascular cambium is distributed in discrete bundles throughout the stem instead of on the outer ring like dicots (such as apple tree)---so you can't "line up the plumbing" and the plant can't get nutrients across the graft so it dies :(
A typical leaf has an outer (epidermal) layer, pores (stomato) surrounded by a pair of guard cells, middle tissue (mesophyll) where photosynthesis occurs and a vascular system that carries water and nutrients.
Ice crystals formed out in outer-space forming an optical halo around the moon. It's actually more common than you think.
Stems typically have three main internal structures: dermal tissue (outer protective covering), vascular tissue (transport system for water and nutrients), and ground tissue (storage and support). These structures work together to provide structural support, transport water and nutrients, and store reserves for the plant. The arrangement and organization of these tissues vary among different plant species.
The outer layer of the tooth is the enamel, a material composed of calcium carbonate, magnesium carbonate, proteins, etc. Bacteria then form an outer biofilm around this called plaque, if not removed the plaque mineralizes forming what is called calculus or tartar.
The positive and negative are attracted