The surface area of one side = 1 cm X 1 cm = 1 cm2
There are 6 sides, total SA = 6 X 1 cm2 = 6 cm2
Volume = 1 cm X 1 cm X 1 cm = 1 cubic cm (1 cm3)
Surface to Volume Ratio = 6 cm2/1 cm3 = 6 cm2/cm3
The surface area of one side = 6 cm X 6 cm = 36 cm2
There are 6 sides, the total SA = 6 X 36 cm2 = 216 cm2
Volume = 6 cm X 6 cm X 6 cm = 216 cm3
Surface to Volume Ratio = 216 cm2/216 cm3 = 1 cm2/cm3
All the following is our example of destiny dependent limiting factors except?
A: competition
B: overcrowding
C: hurricanes
D: predators
How to convert 2.4kg into cg
what do plants absorb through their roots? That are not NUTRIENTS
Why does the soil of Antarctica have little organic content?
The soil of Antarctica has little organic content because its frost.
What is the organic contents of soil?The organic content of soil can be defined as part of the soil that consists of plant or animal tissue in various stages of breakdown (decomposition).
In Antarctica, the temperature is extremely cold which allows little to no plants or animals to survive.
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What role do glucose and oxygen play in cellular respiration?
In cellular respiration, glucose is used as the primary fuel to produce ATP, while oxygen acts as an essential electron acceptor for efficient ATP production. Without oxygen, much less ATP is produced, demonstrating the necessity of both glucose and oxygen in energy metabolism within cells.
Explanation:Role of Glucose and Oxygen in Cellular RespirationDuring the process of cellular respiration, glucose and oxygen play critical roles. Glucose serves as the primary fuel, with its breakdown releasing the energy necessary for the synthesis of adenosine triphosphate (ATP). Oxygen, meanwhile, is crucial for accepting electrons at the end of the electron transport chain, allowing for the efficient production of ATP. Without oxygen, only a limited amount of ATP can be produced through anaerobic pathways.
The Reactants and Products of Cellular RespirationGlucose enters the body from food intake and is transported by the cardiovascular system from the digestive system to the cells. Oxygen is inhaled into the lungs, diffuses into the bloodstream, and is also carried to the cells. In the presence of oxygen, cellular respiration begins with glycolysis, releasing just two molecules of ATP, and culminates in the mitochondria through the citric acid cycle and the electron transport chain. This leads to the production of the majority of ATP, with carbon dioxide and water as waste products.
Comprehensive Cellular RespirationMost steps of cellular respiration, including the final and most ATP-productive ones, occur within the mitochondria of cells. All organisms that require oxygen perform cellular respiration to convert glucose into the usable energy of ATP. The overall transformation during cellular respiration involves the consumption of glucose and oxygen and the release of carbon dioxide, water, and ATP. As a result, cellular respiration is essential for powering various cellular processes across organ systems, notably involving the digestive, cardiovascular, and respiratory systems.
Final answer:
In cellular respiration, glucose is broken down with the help of oxygen to produce ATP, carbon dioxide, and water. Oxygen's crucial role is to serve as the final electron acceptor in the electron transport chain, allowing for efficient ATP production. Without oxygen, the ATP yield would be greatly reduced.
Explanation:
Glucose and oxygen play crucial roles in the process known as cellular respiration, which is the method by which cells convert biochemical energy from nutrients into adenosine triphosphate (ATP), and then release waste products. Oxygen acts as the final electron acceptor in the electron transport chain, which is necessary for the production of ATP. Without oxygen, the electron transport chain would not function, significantly reducing the amount of ATP produced by cellular respiration.
In the presence of oxygen, glucose undergoes a series of reactions that result in the production of carbon dioxide and water as waste products, and the most importantly, ATP, which is the main energy currency of the cell. Each molecule of glucose, through the process of cellular respiration, can produce a significant number of ATP molecules, which the cell uses for various energy-requiring functions.
Cellular respiration is a multi-step process starting with glycolysis, continuing through the citric acid cycle, and concluding with oxidative phosphorylation at the electron transport chain. This intricate process involves the digestive, cardiovascular, and respiratory systems, as glucose comes from the food we eat, and the oxygen needed for respiration is obtained from the air we breathe.
Hayden has placed a cricket in a terrarium. He is interested in learning about cricket behavior. Which of the following is a question about cricket behavior that Hayden can answer through a scientific investigation?
Answer:
How will the cricket behave if another cricket is introduced into the terrarium?
Explanation:
Have a good day :)
Which of the following types of rocks are likely to disintegrate by weathering and erosion?
A)Igneous rocks only
B)Metamorphic rocks only
C)Both igneous rocks and metamorphic rocks
D)Neither igneous rocks nor metamorphic rocks
C)Both igneous rocks and metamorphic rocks
Explanation;There are three main types of rocks, namely igneous rocks, metamorphic rocks and sedimentary rocks.Weathering is a process that breaks down rock through mechanical and chemical process. Different rocks have different resistant to weathering. Igneous rocks and metamorphic rocks are likely to disintegrate by weathering and erosion. Sedimentary rocks may be highly resistant to weathering. For example, sandstone which is a sedimentary rock is highly resistant to weathering and erosion.The types of rocks are likely to disintegrate by weathering and erosion are Both igneous rocks and metamorphic rocks.
What is weathering?Weathering can be regarded as the breaking of rock down into smaller pieces, Erosion on the other hand can as well break rock into bits.
Therefore, option C is correct because, Both igneous rocks and metamorphic rocks posses some geological formation that can be affected by weathering and erosion .
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what is the main role of the carbohydrate glucose in a living cell
Answer:
It stores energy.
Explanation:
Carbohydrates are the main source of energy in a Animal cell
describe the characteristics of science
Characteristics of science include :
Systematic observationobjective approachObservation and hypothesisTesting and Error estimation'predictabilityStatistical study of data deriving conclusions About scienceScience is a systematic enterprise that built and organize knowledge based on testable experiments, observations and predictions about the universe.
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Explanation can sound logical?
Is it:Science or Pseudoscience
which type of energy is provided by carbohydrate macromolecules? Why is this type of energy important for human body function?
tall grasses, acacia trees belong to what biome
What are the two main ways that minerals are classified?
what is true about the struction of the plasma membrane
How do organisms use different types of carbon compounds
where in the human body would you find cells with a large number of mitochondria?
Muscle cells have a high concentration of mitochondria due to their need for a lot of energy to contract.
Explanation:In keeping with our theme of form following function, it is important to point out that muscle cells have a very high concentration of mitochondria because muscle cells need a lot of energy to contract.
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Compare and contrast the cell walls of fungi and plants.
A. Both cell walls provide structural support but fungi is made of polysaccharides and chitin and plants are made of cellulose.
B. Both cell walls provide protection but fungi are made of cellulose and plants are made of polysaccharides and chitin.
C. Fungi cell walls are made of lipids and plant cell walls are made of nucleic acids.
D. Fungi cell walls and plant cell walls have structures called hyphae.
Answer:
A. Both cell walls provide structural support but fungi is made of polysaccharides and chitin and plants are made of cellulose.
how does matter move through an ecosystem
Answer:how does matter move through an ecosystem
Explanation:
Explain the properties of cohesion and adhesion. Give an example of each property.
Final answer:
Cohesion refers to the attractive force between molecules of the same substance, while adhesion is the interaction between molecules of different substances. Examples include water droplets exhibiting surface tension for cohesion and water adhering to wax paper or moving up a thin tube through capillary action for adhesion.
Explanation:
Cohesion and Adhesion Explained
Cohesion is the force that holds molecules of the same substance together. This property is exemplified by droplets of water forming on a surface, such as wax paper; the water molecules remain together, exhibiting the cohesive force. A notable phenomenon related to cohesion is surface tension, which allows certain insects to walk on water without sinking.
Adhesion is the interaction that occurs between molecules of different substances, leading them to stick together. An example of adhesion is when water droplets adhere to a sheet of wax paper, even when turned upside down, showing the attraction between the water molecules and the paper's surface. The effect of adhesion is clearly seen in capillary action, where water can move up thin tubes or through porous materials, opposing gravity.
A sample of an unknown liquid has a volume of 30.0 mL and a mass of 6 g. What is its density? Show your work or explain how you determined this value.
Answer:
Density of liquid having a volume of 30.0 mL and a mass of 6 g is
[tex]0.2 \frac{g}{ml}[/tex]
Explanation:
Density of a substance is given by mass divided by volume
Mathematically it can be represented as
[tex]D = \frac{M}{V}[/tex]
Where D represents the density
M represents the mass and
V represents the volume
Substituting the given values in above equation we get -
[tex]D = \frac{6}{30} \\= 0.2\frac{g}{ml} \\= 200 \frac{Kg}{m^3}[/tex]
Hence, density of liquid having a volume of 30.0 mL and a mass of 6 g is
[tex]0.2 \frac{g}{ml}[/tex]
Individual differences with a genetic basis lead to in successive generations
organelles that modify PACKAGES
and transports materials out of a cell
which modern day technology helps scientists measure earth landforms and other features more precisely than ever before
I need help!!
I have to write a riddle on evolve and adapt, but the riddle can not directly say the words evolve or adapt and has to describe evolve and adapt without giving it away.
I can not think of anything and it is due soon. PLEAS HELP!!
The riddle created encompasses the gradual nature of change and adaptation in organisms without explicitly mentioning the words 'evolve' or 'adapt'. It indicates the process of passing traits from one generation to another to face environmental challenges.
I'm a master of change, though I take my time,
Hardy and resilient, I thrive on my climb.
From generation to generation, I finesse my design,
Facing challenges with shifts that are truly divine.
What am I?
This riddle touches on the gradual nature of evolutionary change and the resilience required to adapt over time. It suggests the passing of traits and variations from one generation to another and the changes that occur to help organisms thrive in their environments.
The diagram shows a plant cell with a large central vacuole. What would happen to this plant cell if the central vacuole was removed? *
It would be unable to conduct cellular respiration.
It would be unable to regulate water storage.
It would be unable to conduct photosynthesis.
It would be unable to divide properly into two new cells.
the force of gravity is stronger on earth than it is on the planet mars.If an astronaut travels to mars, what will happen to her mass when she arrives?
The mass would stay the exact same
This is correct because I got it right on my test and mass stays the same wherever it goes.
of glucose produces glycogen, the storage form of sugar ,found in the liver and muscles
Two groups of snails live close to each other on the coast of Spain. One group lives in cold water on the lower shores. The lower coast and the snails are protected from large changes in temperatures. The other group of snails lives on the upper shores. The upper shore and the snails that live there are exposed to daily changes in temperature. These two groups of snail are examples of
A) how organisms adapt to their environments.
B) how organisms fight each other for survival.
C) why organisms must move to new environments.
D) why organisms die out when temperatures change.
what level of organization is shown here?
Which valuable mineral is often found in the rock called kimberlite?
A.goldB.silverC.diamondD.platinum
Answer:
The correct answer is option C.diamond.
Explanation:
Kimberlite is a type of heavy and fragmented igneous rock that contains the highly valued diamond mineral. Remember that igneous rocks are formed with hot magma that comes from the interior of the Earth and as it ascends to the surface it cools and creates these types of rocks that contain minerals.
Although diamond is one of the minerals that compose it, it is not the most abundant. The most abundant mineral is olivine, and among other of its minerals is also phygopitta mica.
This rock formation can be found in areas with elevated centers of continental platforms.