The correct matching of the given terms are as follows;
Adhesion - the ability of two substances to stick together.
Thermal energy - is the random motion of molecules.
Surface tension - is a measure of how difficult it is to break the surface of a liquid.
Evaporation - is the cooling of a surface due to a substance changing from a liquid to a gas.
Temperature - is the average speed of molecules moving within matter.
<h3>What is are the definition of the given terms?</h3>
The definition of the given terms are as follows;
Adhesion is defined as the attractive force which exists between two different molecules which cause them to stick together.
Thermal energy is the random motion of molecules.
Surface tension is a measure of how difficult it is to break the surface of a liquid.
Evaporation is the cooling of a surface due to a substance changing from a liquid to a gas.
Temperature is the average speed of molecules moving within matter.
In conclusion, adhesion involves the attraction between molecules of different substances.
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Answer:
b. skin
Explanation:
but I've also heard it. can be in brain blood teeth
- Parent material. Few soils weather directly from the underlying rocks. ...
- Climate. Soils vary, depending on the climate. ...
- Topography. Slope and aspect affect the moisture and temperature of soil. ...
- Biological factors. Plants, animals, micro-organisms, and humans affect soil formation.
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The control group is the one that won't receive fertilizer.
Answer:
A) Propose two ways in which antibiotic resistance may develop in a bacterium?
Antibiotic resistance may develop in a bacterium through A GENETIC MUTATION and BY REQUIRING RESISTANCE FROM ANOTHER BACTERIUM
B.) Describe how bacterial cells acquire the ability to produce toxins?
The virulent strains of bacteria as in Corynebacterium diphtheria, and Streptococcus pyogenes all manufacture toxins with weighty physiological impacts, unlike the nonvirulent strains which do not manufacture toxins. The toxins are generated by a bacteriophage gene that has been received by transduction.
