The type of sediment that is made up mainly of the shells of diatoms and radiolarians are called the siliceous ooze<span>. Siliceous ooze is a siliceous pelagic sediment that covers large areas of the deep ocean floor. Calcareous ooze, siliceous ooze is formed from the tests of microorganisms; in the case of siliceous ooze, the organisms come in two varieties, diatoms and radiolarians. </span>
Democracy is the correct answer
Answer:
<em>I can see that there are no choices.</em>
You can know the accuracy of the website by:
1. knowing who wrote the information and whether he/she provided a contact address or number.
2. the purpose of writing the information and whether the writer/author is qualified to write it.
Explanation:
The Internet is an<em> accessible and convenient tool for many people </em>when it comes to finding useful information. However, it becomes a problem when we talk about the credibility of information it provides. So, in order to assess whether the information is reliable, it is best to assess it by using five criteria: <em>Accuracy, Authority, Objectivity, Currency and Coverage. </em>
When it comes to "Accuracy," the information is most likely credible if<em> the name of the author/institution is listed there</em> and <em>it has a contact information</em>. In this way, you can verify it by calling or contacting the person. This will allow you to verify whether the author is, indeed, qualified to have written the information.
So, this explains the answer.
Answer: The boundary of another plate, when the plates meet the boundary the start to collide together and make such things as mountains and volcanos
On the next question just think of anywhere in Canada there’s a mountain range and put that, I’m not from there so I wouldn’t know.
Explanation: Plates pushing up against each other create mountains but when plates are pushed upwards due to pressure below that creates volcanos.
It depends on the latitude where you measure it.
It's about 69 miles on the equator, and it shrinks to zero at the poles.
In general, at any latitude,
Distance covered by 1 degree of longitude =
<em> (69 miles) x [ cosine(latitude where it's measured) ]</em>
