Well, plant and animal cells are what build multicellular organisms. Multicellular organisms have different organs and what not. We need different cells to do different jobs. Otherwise specialization. So basically, we need different cells for our bodies' purposes, and for right parts to function properly.
The most common element in plant tissues is Carbon. This is why plants and animals are called carbon-based life forms; because we are made predominately out of carbon.
Simple tissues are composed of a single type of cell, whereas compound tissues are composed of more than one type of cell. Simple tissues perform basic functions like covering, protection, and support, while compound tissues have more specialized functions such as transporting fluids, providing strength, or storing nutrients.
Most plants and animals are multicellular organisms, consisting of many cells organized into tissues and organs. However, there are also unicellular organisms like bacteria and protists that are made up of a single cell.
Yes, both plants and animals are made of cells. Cells are the basic structural and functional units of all living organisms. Plants and animals are composed of different types of cells with specific functions that work together to carry out various processes necessary for life.
No, of course not!ANS 2 - Modern glues contain no animal parts.
Because they Evolved and developed that way.
The most common element in plant tissues is Carbon. This is why plants and animals are called carbon-based life forms; because we are made predominately out of carbon.
Simple tissues:- Are made up of the same type of cells.- Cover the surface of internal (e.g., brain) and external (e.g., skin) organs.- The cells are packed tightly together.- Are called epithelium in animals and epidermis in plants.- Examples are the muscle tissue in animals and dermal tissue in plants.Complex tissues:- Made up of different type of cells.- Inside or between organs and supports and binds other tissues.- The cells are thorougly scattered.- Called connectivity tissue in animals and vascular tissue in plants.- Examples are the blood tissue and bone tissues in animals and the xylem tissue and phloem tissue in plants.Simple tissues- Made up of the same type of cells.- Covers the surface of internal (e.g. brain) and external (e.g. skin) organs.- The cells are packed tightly together.- Called epithelium in animals and epidermis in plants.- Examples are the muscle tissue in animals and dermal tissue in plants.Complex tissues- Made up of different type of cells.- Inside or between organs and supports and binds other tissues- The cells are thorougly scattered.- Called connectivity tissue in animals and vascular tissue in plants.- Examples are the blood tissue and bone tissues in animals, and the xylem tissue and phloem tissue in plants.
plants are made up of tissues
Because they Evolved and developed that way.
More complex organisms including plants and animals are called multicellular organisms. These organisms are made up of different types of specialized cells that work together to form tissues, organs, and organ systems.
Simple tissues are composed of a single type of cell, whereas compound tissues are composed of more than one type of cell. Simple tissues perform basic functions like covering, protection, and support, while compound tissues have more specialized functions such as transporting fluids, providing strength, or storing nutrients.
Most plants and animals are multicellular organisms, consisting of many cells organized into tissues and organs. However, there are also unicellular organisms like bacteria and protists that are made up of a single cell.
Because they Evolved and developed that way.
chlorophyll
Animals do not have chloroplasts, the organelles responsible for photosynthesis in plants, so they are not capable of producing their own food through photosynthesis. Animals have evolved to obtain nutrients by consuming other organisms or organic matter, rather than creating their own energy from sunlight like plants do.
Tissues are made up of different cells which perform similar functions.