sepals
Morphologically both sepals and petals are a modified leaf. When the flower is in bud, the typical function of the sepals is to enclose and protect the more delicate floral parts within. The sepal also helps protect the delicate petals from bug attacks. Sepals in most flowers are green and lie under (or around) the more conspicuous petals. The rose is one example of a flower with a sepal.
A chlamydomonas is a single-celled green alga that is typically about 10-20 micrometers in size. It is small enough to be seen under a light microscope.
Large cell structures such as the nucleus and mitochondria can be seen under the light microscope if they are properly stained. In addition, chromosomes and centromeres can be seen during cell division.
The red tulip would appear darker, almost black, under the green light due to the color absorption properties. The green leaves would appear bright and vivid as they reflect the green light. The contrast between the red tulip and green leaves would be enhanced under the green light.
The mouth of a brittle star is located on its underside, in the center of its body where the legs converge. It is surrounded by small feeding structures called podia used for capturing and transporting food to the mouth.
Under a microscope, grass cells appear as small, rectangular structures with a green color due to the presence of chlorophyll. They have a cell wall and a central vacuole, and may contain chloroplasts for photosynthesis.
Under a microscope, bread mold typically appears as fuzzy, thread-like structures known as hyphae, with the spore-producing structures called sporangia visible. The color of the mold can range from white to green, blue, or black depending on the type of mold. Mold spores are also usually observable as small, round structures.
There are several different structures involved in the makeup of a tulip, and of flowers in general 1. PETALS: the most obvious portions of the tulip head that surrounds the "sex" organs 2. SEPELS: These structures are almost like petals, but ly under the petals, and are often green. However, on tulips it ma be harder to identify them because they like to be the same color as the petals. There is usually two or three sepels on a flower. In cases were Sepels look like there Petal brothers then then are called TEPELS 3. CARPELS: these structures are at the the center of the flower, and resemble a tube coming down to a hard sac. The heart of a Carpel is the overy, which houses what is called an Ovule and several other similar looking structures. The Ovule is where the female sex organ is located. the other structues are important in feeding a developing plan embryo, when the Ovary becomes a seed later on. The different parts of the Carpel have names, but they are less important 4. STAMENS: These surround the Carpels and are instrumental in producing pollen, which house the male sperm. Obiously there are other structures ncluding stems and leaves, but the above 4 structures that I have listed are unique to flowers. I hope this answer has been helpfull
Morphologically both sepals and petals are a modified leaf. When the flower is in bud, the typical function of the sepals is to enclose and protect the more delicate floral parts within. The sepal also helps protect the delicate petals from bug attacks. Sepals in most flowers are green and lie under (or around) the more conspicuous petals. The rose is one example of a flower with a sepal.
Gallbladder
Morphologically both sepals and petals are a modified leaf. When the flower is in bud, the typical function of the sepals is to enclose and protect the more delicate floral parts within. The sepal also helps protect the delicate petals from bug attacks. Sepals in most flowers are green and lie under (or around) the more conspicuous petals. The rose is one example of a flower with a sepal.
If it is an optical microscope then the structures that can be see are those that are too small to be seen by the naked eye and larger than 1/2 a wavelength of light.
Bright yellow. Children hold a buttercup flower under your chin and if it reflects then you like butter.
If the density is under 1 g/cm3 they can float.
Robert Hooke used the term "cells" to describe the small structures he observed in cork under a microscope in 1665. He likened these structures to the small rooms monks lived in, calling them cells. This observation marked the beginning of cell biology.
Under a microscope, you can see magnified images of small objects or structures that are not visible to the naked eye. This can include cells, bacteria, tiny organisms, crystals, and other microscopic particles. Observation through a microscope allows for detailed examination and analysis of these minute structures.
When u turn on Action Replay under and to the left of the green bar there should be small print there.