The answer you're looking for would be enzymes
<span>The Kinetic Theory of Matter states that matter is composed of a large number of small particles—individual atoms or molecules—that are in constant motion. This theory is also called the Kinetic-Molecular Theory of Matter. A simplified version of the theory is the Kinetic Theory of Gases.</span>
Answer:
The correct description of the relation is reaction velocity always increases with an increase in temperature (option B).
Explanation:
A chemical reaction can be affected by a variety of factors, including the concentration of reactants, pressure and temperature. In the case of temperature, <u>the reaction rate increases depending on the temperature increase</u>.
In a chemical reaction, a temperature -or heat - elevation results in an increase in the speed of motion of each component's particles, while increasing energy and effective shock between them.
<em>
Reaction → heat → increased energy → greater effective shocks of particles</em>.
As a result of this, the relationship between reaction velocity and temperature is that at a higher temperature makes a reaction faster.
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Chemical reactions and temperature brainly.com/question/12342162
There will be mass migration of animals from Location B because of habitat loss.
Answer:
A. distress is the correct answer.
Explanation:
Marissa suffers from panic disorder, where she experiences unpredictable, unbearable episodes of panic that closely resemble the symptoms of a heart attack.(This description of her disorder represent distress)
Panic disorder is a stress disorder described by reoccurring sudden panic attacks.
Distress is a situation of severe stress or tension, usually caused by different factors such as failure in the exam, teasing, personal problems, loss of a job, etc.
Distress due to panic or anxiety affects a person's chance of undergoing cardiovascular problems such as stroke, heart attack, and health problems.
Distress changes in the process of blood clots and increases the blood pressure level, weaken the heart muscle that increases the problem of heart attack.