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just olya [345]
2 years ago
7

What do sugar molecules do when put in water

Biology
1 answer:
aivan3 [116]2 years ago
7 0

Answer:

Dissolve

Explanation:

But rate of dissolution depend on amount of sugar and water

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Describe how a volcano would form along a divergent boundary convergent boundary and hotspot
daser333 [38]
For divergent boundary: when the crust of the earth fractures it allows magma to reach the surface. For convergent boundary: When one of the converging plates move underneath the other, a process also known as subduction; the new magma rises and can erupt to form volcanos. For the Hotspot: magma pushes through cracks in the crust to form volcanos. Hope this helps!!
7 0
2 years ago
What best describes somatic mutations
Bingel [31]

Answer:

Which best describes somatic mutations? They are usually passed on to offspring. ... They always result from point mutations. They only occur in reproductive cells.

Explanation:

A somatic mutation occurs after conception, after life starts. ... All cells in the body have the mutation. That includes sex cells, so the mutation's transmitted to the next generation. Examples of somatic mutations, include changes in a body cell that causes it to turn cancerous (spontaneous cancer).

5 0
3 years ago
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WORTH 78 POINTS!!!!WILL MARK BRAINLIEST !!explain fully the staged involved in aerobic respiration. Include the journey of the r
VladimirAG [237]

Aerobic respiration is a biological process that takes energy from glucose and other organic compounds to create a molecule called Adenosine TriPhosphate (ATP). ATP is then used as energy by nearly every cell in the body -- the largest user being the muscular system. Aerobic respiration has four stages: Glycolysis, formation of acetyl coenzyme A, the citric acid cycle, and the electron transport chain.

The first step of aerobic respiration is glycolysis. This step takes place within the cytosol of the cell, and is actually anaerobic, meaning it does not need oxygen. During glycolysis, which means breakdown of glucose, glucose is separated into two ATP and two NADH molecules, which are used later in the process of aerobic respiration.

The next step in aerobic respiration is the formation of acetyl coenzyme A. In this step, pyruvate is brought into the mitochondria to be oxidized, creating a 2-carbonacetyl group. This 2-carbon acetyl group then binds with coenzyme A, forming acetyl coenzyme A. The acetyl coenzyme A is then brought back into the mitochondria for use in the next step.

The third step of aerobic respiration is called the citric acid cycle -- it is also called the Krebs cycle. Here, oxaloacetate combines with the acetyl coenzyme A, creating citric acid -- the name of the cycle. Two turns of the citric acid cycle are required to break down the original acetyl coenzyme A from the single glucose molecule. These two cycles create an additional two ATP molecules, as well as six NADH and two FADH molecules.

The final step in aerobic respiration is the electron transport chain. In this phase, the NADH and FADH donate their electrons to make large amounts of ATP. One molecule of glucose creates a total of 34 ATP molecules.

Hope this helps!

5 0
3 years ago
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Which graph represents selection that may lead to reduced variation in a population?
lions [1.4K]

Answer:Key points

In nature, population size and growth are limited by many factors. Some are density-dependent, while others are density-independent.

Density-dependent limiting factors cause a population's per capita growth rate to change—typically, to drop—with increasing population density. One example is competition for limited food among members of a population.

Density-independent factors affect per capita growth rate independent of population density. Examples include natural disasters like forest fires.

Limiting factors of different kinds can interact in complex ways to produce various patterns of population growth. Some populations show cyclical oscillations, in which population size changes predictably in a cycle.

Introduction

All populations on Earth have limits to their growth. Even populations of bunnies—that reproduce like bunnies!—don't grow infinitely large. And although humans are giving the idea of infinite growth a run for its money, we too will ultimately reach limits on population size imposed by the environment.

What exactly are these environmental limiting factors? Broadly speaking, we can split the factors that regulate population growth into two main groups: density-dependent and density-independent.

Density-dependent limiting factors

Let's start off with an example. Imagine a population of organisms—let's say, deer—with access to a fixed, constant amount of food. When the population is small, the limited amount of food will be plenty for everyone. But, when the population gets large enough, the limited amount of food may no longer be sufficient, leading to competition among the deer. Because of the competition, some deer may die of starvation or fail to have offspring, decreasing the per capita—per individual—growth rate and causing population size to plateau or shrink.

In this scenario, competition for food is a density-dependent limiting factor. In general, we define density-dependent limiting factors as factors that affect the per capita growth rate of a population differently depending on how dense the population already is. Most density-dependent factors make the per capita growth rate go down as the population increases. This is an example of negative feedback that limits population growth.

Explanation:

7 0
3 years ago
If two animals are the same species what does this mean they are also in the same family
LiRa [457]
Being the same species means that they can reproduce and create fertile, healthy offspring. If they are in the same species they are surely in the same family too.
5 0
2 years ago
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