Answer: The answer would be Precipitation.
Explanation:
Your answer is
C. Climate maps use years of data collected over time.
To explain this answer, we can simply explain why the other statements are false. Keep in mind the difference between climate and weather:
Weather = day to day conditions within any given area
Climate = an "average" of these daily weather conditions over long periods of time
With that in mind, go over the answer choices:
A. Climate maps change everyday
We said that climate is an average of weather conditions over long periods of time, therefore they cannot change on a day to day basis.
B. Weather maps cover long periods of time.
Weather maps, based on the definition of weather itself, are day to day occurances, and can change often. For example, it can rain one day, but be completely sunny the next. It is difficult to predict weather far in advance. There, it cannot cover long periods of time.
C. Climate maps use years of data collect over time
This is true. Climate is an average of weather patterns over long periods of time.
D. Weather maps do not contain daily temperature ranges
Actually, they do. Again, weather is on a day to day basis, so therefore, they must contain daily temperature ranges.
HOPE THAT HELPS :)
The correct answer is option A- HIV virus.
HIV virus is an example of enveloped virus, that has the ability to infect a host cell by attaching itself to it and fusing with the host cell. Once infected, the virus leaves the host cell and moves to another cells to infect them. The HIV virus contains glycoprotein spikes to attach to the host cell.
Answer:
A sewing needle floats when it is placed gently on top of water in a bucket - surface tension
Water molecules ding to plant cell walls - adhesion
A water strider runs across a pond without breaking the surface - surface tension
A drop of water spilled on a table forms a drop on the table, rather than spreading out over the surface - cohesion
Water molecules cling to the side of a beaker - adhesion
Water molecules are attracted to each other - cohesion
Explanation:
The surface tension refers to the tendency of the surface of a liquid to remain unbroken by an external force due to the cohesive property of the molecules of the liquid. Instead of being broken, the surface of the liquid stretches like an elastic membrane.
The adhesive property of a liquid, also known as the force of adhesion, refers to the property of the molecules of the liquid to stick to other molecules while cohesive property or cohesion refers to the property of molecules of liquids to stick to themselves.
Hence,
<u>Surface tension</u>
- A sewing needle floats when it is placed gently on top of water in a bucket.
- A water strider runs across a pond without breaking the surface.
<u>Cohesion</u>
- A drop of water spilled on a table forms a drop on the table, rather than spreading out over the surface.
- Water molecules are attracted to each other.
<u>Adhesion</u>
- Water molecules ding to plant cell walls
- Water molecules cling to the side of a beaker