Organism slime molds are fungus-like protists.
Further Explanation:
Slime molds are known to be fungus-like protists that grow as slimy masses on the decaying matter. These are usually observed on things such as rotting logs. The water molds are known to be fungus-like protists that are found in the moist soil as well as surface water. They reside as parasites or on decaying organisms.
Fungus like protists have a feature that they do not move, and very few develop movement at a certain point in their lives. These are absorptive feeders on the decaying matter and resemble fungi as well as they reproduce with the spores just like fungi do. But, in other ways, they are slightly different from fungi as well as more like other protists. For instance, they have cell walls made up of cellulose, while fungi have cell walls made up of chitin. Like other protists, they have a complex life cycle having both sexual as well as asexual reproduction. These are also known to be motile in nature during certain phases of their cell cycle.
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Answer Details:
Grade: Middle School
Subject: Biology
Chapter: Classification of organisms.
Keywords:
Sexual reproduction, asexual reproduction, protists, slime molds, cellulose, absorptive feeders, chitin, cell cycle, life cycle.
Slime molds are fungus-like protists. Molds are absorbing organisms that feed on decomposing organic materials. They reproduce via spores, just like fungi do.
Protists that resemble fungi and develop as slimy masses on decomposing debris are known as slime molds. These are frequently seen on items like decaying wood.
The water molds are protists that resemble fungi and are known to live in both surface water and damp soil. They live on living things that are decomposing or as parasites.
Individual amoeba-like cells that combine to form a multicellular structure make up a cellular slime mold.
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Question options:
A new scientific law would be established and proven by the findings. A new scientific theory would be established and proven by the findings. A current scientific law would be revised based on the new findings. A current scientific theory would be revised based on the new findings.
Answer:
A current scientific theory would be revised based on the new findings.
Explanation:
If new findings came about and challenged the current theory of natural selection so that Darwin's theory didn't look like it was true at all, the initial theory(darwin's theory of natural selection) would not be entirely discarded but revised according to these new findings and then form a sort of backbone to this new theory which would be based on findings of many independent researchers and not just one. Example: how some of Sigmund Freud's theories or Aristotle's may not be entirely valid today but still works as a fundamental for understanding other theories.
Answer:
50-50%
Explanation:
mechanical weathering
chemical weathering
biological Weathering
The root of a huge tree causes cracks in a rocky surface.
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Part of a cliff breaks and falls due to waves.
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Acid rain reacts with calcite present in limestone,
Answer:
The root of a huge tree causes cracks in a rocky surface.---> biological Weathering.
Part of a cliff breaks and falls due to waves.----> mechanical weathering
Acid rain reacts with calcite present in limestone---> chemical weathering
Explanation:
The root of a huge tree causes cracks in a rocky surface is the example of biological Weathering because in this weathering living organism is involved. Part of a cliff breaks and falls due to waves of water is the example of mechanical weathering because water enters the small pores of rocks and formed cracks when expands. Acid rain reacts with calcite present in limestone is a chemical weathering because acid present in rain water is responsible for the degradation and breakdown of rocks.
Here's the matching of the scenarios with the types of weathering:
1. The root of a huge tree causes cracks in a rocky surface - Biological Weathering
2. Part of a cliff breaks and falls due to waves - Mechanical Weathering
3. Acid rain reacts with calcite present in limestone - Chemical Weathering
Biological Weathering: In this scenario, the root of a huge tree causes cracks in a rocky surface. Biological weathering refers to the breakdown of rocks caused by the activities of living organisms. The roots of the tree can exert pressure on the rocky surface as they grow, causing cracks and eventually breaking apart the rock.
Mechanical Weathering: Part of a cliff breaks and falls due to waves. Mechanical weathering involves the physical breakdown of rocks into smaller fragments without changing their chemical composition. In this case, the force of the waves pounding against the cliff causes pieces of the rock to break off and fall.
Chemical Weathering: Acid rain reacts with calcite present in limestone. Chemical weathering involves the breakdown of rocks through chemical reactions. Acid rain, which is rainwater with a low pH due to the presence of acidic compounds, reacts with the calcite (a mineral in limestone) and causes it to dissolve, leading to the erosion and weakening of the limestone.
Each type of weathering plays a role in shaping the Earth's surface over time, and they often work together to break down rocks and minerals into smaller particles.
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proteins
fats
nucleic acids
The answer is carbohydrates.
Food in the mouth is moistened and lubricated with saliva. Saliva contains an enzyme called salivary amylase.
Salivary amylase is an enzyme that breaks down complex carbohydrates molecules into simple or smaller carbohydrate molecules called maltose. The enzyme acts on carbohydrates in the mouth, initiating the process of digestion.
Salivary amylase is made by the salivary glands in the mouth. Maltose is later converted to glucose in the small intestine by another type of amylase called pancreatic amylase.
Answer:
The answer is carbohydrates.
Explanation:
Answer:
The root system and shoot system are your answers.
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B. Blue soil
C. Dark-colored soil
D. Red soi