When reading information on websites you should look for all of the aforementioned except: A. number of hits.
<h3>What is a website?</h3>
A website can be defined as a collective name which connotes a series of webpages that are interconnected and linked together with the same domain name, so as to provide certain information to end users over the Internet or an active network connection.
<h3>What is a
web server?</h3>
A web server can be defined as a type of computer that is designed and developed to run websites and distribute webpages as they are being requested over the Internet by end users (clients).
<h3>What is a
hit?</h3>
In Computer technology, a hit can be defined as the number of digital files that are downloaded from a website and registered on the web server over a specific period of
In this context, we can infer and logically deduce that when reading information on websites you should look for all of the following:
- Author's name and credentials.
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Complete Question:
When reading information on websites you should look for all of the following except:
A. Number of hits.
B. Author's name and credentials.
C. Website sponsors.
D. Date last updated.
Natural gas made due to pressure and under buried layers of rock over millions of years ago
Atoms with a covalent bond
Answer: Increase in compactness of the material.
Explanation:
Evaporites are the sedimentary rocks that are formed by the sediments and brines of the materials being degraded or withered from the parent and pre-existing rocks. The water is also lost from the withered material due to evaporation. The borax and gypsum also lose water to become evaporites and the increase in compactness due to loss of water molecules and increase in intramolecular forces between solid substances in the rock helps in sedimentation of the rock.
Answer: True
Explanation:
<u>A cell membrane consists of a lipid bilayer made of polar phosphate head and a nonpolar lipid tail.</u> It is semipermeable and regulates the transport of materials through it. For this,<u> it is selectively permeable</u> and since it is made of lipids, hydrophobic and small polar molecules can diffuse easily through it by simple diffusion and down their concentration gradient. However, polar molecules, large molecules (such as glucose) and ions are not able to pass through it because they are repelled.
To accomplish the transport of these molecules that can not diffuse, proteins embebbed in the membrane function as carriers that enable the transport of polar molecules, large molecules and ions by passive (through facilitated diffusion, down its concentration gradient) or active transport (movement against its concentration gradient).
