Yes. Often hundreds and sometimes (eg in a population Census), millions.
If you meant disadvantage of normalization then these are the answer for your query. More tables to join: By spreading out your data into more tables, you increase the need to join tables. Tables contain codes instead of real data: Repeated data is stored as codes rather than meaningful data. Therefore, there is always a need to go to the lookup table for the value. Data model is difficult to query against: The data model is optimized for applications, not for ad hoc querying.
More than.
People who weigh more do not normally have more blood volume. This is because what makes people overweight is fat not blood.
It means that if you give away a lot of gifts (etc.) you will receive more happiness, and your life will be fuller
parenchyma tissue is composed of parenchyma cells,it has thick walls and is the living things is the site of photosynthesis, bcoz it contain plastids.it store products of photosynthesis also has octagon shape. collenchyma tissues era composed of collenchyma cells and they are the living thins.it has thickened walls that are more than parechyma tissue.it provide tensile strength to the plants.it has thick corners. sclerenchyma tissue are composed of sclerenchyma cells,it develop from secondary walls of the plant.it provide mechanical support to the plant
Ground tissue in plants is simply the tissue that isn't vascular or dermal. It can be divided into three categories: Parenchyma, which aids in photosynthesis and food storage, collenchyma, supporting young stems and roots, and sclerenchyma, providing more rigid support.
Plants have various types of cells, including parenchyma cells for storage and photosynthesis, collenchyma cells for support, sclerenchyma cells for rigidity, and xylem and phloem cells for transport of water, nutrients, and carbohydrates.
A dark green leaf would contain more chlorophyll as chlorophyll is the pigment responsible for the green color in plants. It is not a trick question.
Succulent plants contain a large amount of parenchyma tissue to store water because their habitats often have limited water availability. The large, water-storing parenchyma cells help these plants survive in dry conditions by allowing them to store water for long periods of time.
Parenchyma is a simple plant tissue composed of living cells with thin cell walls that perform various functions like photosynthesis, storage, and support. Collenchyma is a type of plant tissue made of living cells with unevenly thickened cell walls that provide mechanical support to young plant parts. Collenchyma cells have a flexible structure compared to the more rigid structure of parenchyma cells.
tend to contain more broad leaf evergreen trees
The five types of cells found in plants are parenchyma cells, collenchyma cells, sclerenchyma cells, xylem cells, and phloem cells. Each type of cell plays a specific role in the plant's structure, support, and transport of nutrients and water.
Woody stems are composed of hard, thick tissues that provide structural support to plants, while non-woody stems are softer and more flexible. Woody stems are durable and can persist over multiple growing seasons, while non-woody stems are typically annuals that die back each year. Woody stems also have a secondary growth process that increases their girth over time, unlike non-woody stems.
Yes, nuclei are typically visible in tissue samples when viewed under a microscope. Nuclei contain DNA and are stained with dyes to make them more visible for analysis. They appear as dark, round structures within the cell.
leaf of plant Dorsal side of a leaf
Deciduous