The correct answer is - A. All dogs are mammals. Peanut is a dog. Hence, Peanut is a mammal.
The inductive reasoning in essence is a method of reasoning is which the premises are viewed as providing some evidence for what is the truth of the conclusion.
In this case, ''all dogs are mammals'' gives us the basis for the conclusion. There's a dog named Peanut, and since all dogs are mammals, Peanut is mammal too because it is a dog. In the first part of the sentence we have a premise that gives us an evidence, which put together with the description gives us the conclusion, or rather gives us truthful conclusion.
C. They must be certified by the AVMA.
As such, a healthy community is one in which all residents have access to a quality education, safe and healthy homes, adequate employment, transportation, physical activity, and nutrition, in addition to quality health care.
<span>The
majority of medical terms are structured in three parts: Root, Prefix, and Suffix. </span>
<span>
The Root is the part of the word that gives the basic meaning (what the word is
referring to, usually the part of the body it is referring to), for example
Cardi = Heart. In some cases there is more than one root, and they are combined
by a vowel to make it easier to pronounce. </span>
<span>
The Prefix is not necessarily present, but it used to change the meaning of the
word it is placed in front of. An example of a Prefix is A- or AN-, so, anaemia
= no aemia = lack of blood.
It can also specify a time, place, location or status. For example: Intravenous
= Intra (Prefix: within), Ven (Root: the vain) and Ous (Suffix: relating to). </span>
<span>
The Suffix is placed at the end of the Root to indicate its function or change
its meaning. An example of a very common Suffix is –IT IS (inflammation), for
example Arthritis. </span>
<span>
There are some medical terms that do not follow this structure but in this
case, they cannot be deconstructed into single bits. </span>
The steps in homeostasis in order in which they occur are as follows:
<h3>First step</h3>
Stimulus: a stimulus occurs in the body for instance a sudden change in the body temperature.
<h3>Second step</h3>
Receptors: the stimulus is acknowledged by the receptors with the help of sensors.
<h3>Third step</h3>
Control Center: the receptors acknowledge that information and sends it to the control center.
<h3>Fourth step</h3>
Set Point: the control center compares the information received by the receptors and checks in against the set point.
<h3>Fifth step</h3>
Effectors: once the controls center knows that the change needs to happen, it sends instructions to the effectors in order to address the issue.
<h3>Final step</h3>
Response: the response of the body is caused by the effectors. In the case of an increasing body temperature, the response is that the temperature begins to decrease until it reaches a normal range again.
