The majority of plants are multi-celled and they convert light energy into chemical energy (photosynthesis)
Oh, dude, you're talking about plants! They're like the OGs of photosynthesis, soaking up that sunlight and turning it into energy. They're basically the green machines of the land, keeping things balanced and looking fresh. So yeah, plants are the multicellular eukaryotes you're looking for.
photosynthesis
An example of a unicellular producer is a phytoplankton, which uses photosynthesis to produce food. A multicellular consumer example can be a lion, which hunts and feeds on other organisms for energy.
Leaf cells are typically multicellular, forming layers of specialized cells in the leaf tissue. Each type of leaf cell plays a specific role in processes like photosynthesis, gas exchange, or structural support within the leaf structure.
One example of multicellular eukaryotes found worldwide that can make their own food is plants through the process of photosynthesis. They obtain energy from sunlight, converting it into food through chlorophyll in their cells.
Oh, dude, you're talking about plants! They're like the OGs of photosynthesis, soaking up that sunlight and turning it into energy. They're basically the green machines of the land, keeping things balanced and looking fresh. So yeah, plants are the multicellular eukaryotes you're looking for.
The organisms you described are classified together in the kingdom Plantae. Plants are multicellular, have eukaryotic cells with cell walls made of cellulose, and perform photosynthesis to produce energy.
photosynthesis
The plantae kingdom refers to organisms that are multicellular, and make their own food (by photosynthesis) sources --> own notes
Analysis of minerals and fossils indicates that Earth had an oxygenated atmosphere before there wre muticellular organisms. Additionally, fossilized colonies of cyanobacteria, bacteria that carry out photosynthesis, have been found predating any multicellular organism.
A palm tree is multicellular. It is a complex organism composed of many different cells that work together to perform various functions such as photosynthesis, growth, and reproduction.
An example of a unicellular producer is a phytoplankton, which uses photosynthesis to produce food. A multicellular consumer example can be a lion, which hunts and feeds on other organisms for energy.
Starch and Oxygen.
The two main classifications are animals and plants. Animals are multicellular organisms that rely on other organisms for food, while plants are multicellular organisms that can produce their own food through photosynthesis.
Leaf cells are typically multicellular, forming layers of specialized cells in the leaf tissue. Each type of leaf cell plays a specific role in processes like photosynthesis, gas exchange, or structural support within the leaf structure.
Plants can be both multicellular and unicellular. Most plants are multicellular, and by most I mean that any which have leaves, stems, roots, flowers. There are a few unicellular plants, but these are small little things, for example the green layer you might find in pond water.
Members of the Plantae kingdom are multicellular producers, meaning they are capable of photosynthesis to produce their own food. Plants are essential to ecosystems as they provide oxygen, food, and habitats for other organisms.