Answer:
Each ATP molecule contains one ribose molecule, one adenine molecule and three phosphate groups.
Explanation:
Each molecule of Adenosine triphosphate (ATP) is composed of one ribose molecule (sugar), one adenine molecule (nitrogenous base), and a chain of three phosphate groups bound to ribose. It is the energy-carrying molecule present in the cells of all organisms. Cells in the body of the organisms produce the energy for their functioning, by converting the energy stored in the food nutrients into a more usable form called adenosine triphosphate (ATP), which will release energy when the need arise. This process is known as cellular respiration.
Two different cells good day
Since the lion fish became the apex predator in the controlled environment, I will balance the cycle by adding a (1) new predator which typically feeds on a lion fish and (2) another predatoir which preys on the predator which eats lion fish and preys on lionfish (which unquestionably preys on the lionfishes' prey too).
This method is effective because in every experiment, there is always a control. The control speciment will be the predator which preys on the lionfish.
Development can be noted if and only if the populatyion of the lionfish is decreased. If it happened and it will happen, the population of the two predators I added will be decreased proportional to the number of the lionfishes around.
Using integral calculus: <span>Exponential Growth and </span><span>Decay, we will be able to track down clearly the population of each species in the controlled environment.</span>
Answer:
Within the steps of the scientific method there will always be 2 things that vary when doing an experiment, which are:
<u>- Formulate a hypothesis
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<u>- Record observations and collect data on your experiment.
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Explanation:
The scientific method is a set of ordered and logical procedures designed to explain some phenomenon, to establish internal or external relationships between the facts and a way to expand our knowledge.
For this, the laws that explain chemical or physical phenomena must be applied that allow us to explain if this knowledge is useful for man.
Within an experiment the most important thing is the question, it is the starting point of an experiment.
But when asking the question the hypotheses will always exist, the question will be the same, if it changes the experiment changes, but the hypotheses will always be within every physical or chemical change of the experiment.
And all the time, with any movement we make, we are collecting information and making observations of everything that happens.
