Biotic: Cats, Mice, Ants, Chickadees, Crab Grass, Dandelions, Dogs, Grasshopper, Snake, Chameleon, Weeds, and Cricket
Abiotic: Dirt, Rocks, Dead Plants, Dead Bugs, Puddles
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Abiotic factors of an abandoned city lot may include sunlight, temperature, soil composition, and air quality. Biotic factors may include plants, insects, rodents, birds, and potentially larger animals that have adapted to the urban environment.
Abiotic factors that would affect the organisms in the abandoned lot ecosystem would be asphalt, lights, climate and water. Asphalt would make it hard for plants to grow.
I'm not really sure but, air, temparature, climate are things that can affect organisms that live in a landfill.
Abiotic factors that affect the ecosystem include: water, light, heat, soil, and air.
Component, non-living items, such as rocks.
Also, physical elements such as temperature, weather, etc.
A cell can be compared to a city in that it has different organelles that perform specific functions similar to buildings serving specific purposes in a city. The cell membrane acts as the city's boundaries, regulating what comes in and out. The nucleus serves as the city's control center, housing the cell's genetic material like a city hall.
The cell wall in a city could be analogous to the physical boundaries like walls, fences, or natural barriers that define and protect the city. They regulate what comes in and out, just like a cell wall that controls the movement of substances in and out of a cell.
Chromosomes would be like the blueprints or instructions for a city, detailing how it should be structured and function. They contain the genetic information that determines an organism's traits and characteristics, similar to how city plans dictate its layout and design.
Coming across something that wasn't in the driving test or any research materials. For example: A roundabout that may have 10 exits.
In Cell City, the cell structure can be modeled by representing the different organelles as buildings or structures within the city. For example, the nucleus can be depicted as a city hall where genetic information is stored. The mitochondria can be shown as power plants producing energy for the city. By using this analogy, students can better understand the functions of organelles within the cell.