The majority of earthquakes happen at the points where the plates converge. Earthquake sites and the kind of ruptures they cause to aid in the identification of plate borders by geologists. Spreading zones, transform faults, and subduction zones are the three different kinds of plate boundaries.
How does the location of earthquakes relate to the location of plate margins?
Along fault lines, which are crevices in the Earth's crust where tectonic plates collide, earthquakes happen. They happen when plates are clashing, spreading, subducting, or slipping. Pressure rises as the plates become trapped as they grind against one another. Finally, the plates become loose due to the intense pressure between them.
What is the relationship between plate boundaries and earthquake size?
Earthquakes at divergent plate borders typically have modest and shallow tremors. Small yet violent earthquakes occur at plate borders. Deep and violent earthquakes occur near convergent plate boundaries, where two continental plates clash.
Learn more about plate boundaries and the location of the earthquakes: brainly.com/question/3304076
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Answer:
The ring of fire
Explanation:
Seventy-five percent of Earth's volcanoes—more than 450 volcanoes—are located along the Ring of Fire. Ninety percent of Earth's earthquakes occur along its path, including the planet's most violent and dramatic seismic events. This is where I was supposed to be going for my vacation, but that plan failed because of a volcano that had erupted so badly.
Some examples of push factors are those that force the individual to move voluntarily, and in many cases, they are forced because the individual risk something if they stay. Push factors may include conflict, drought, famine, or extreme religious activity.
Some examples of pull factors are those factors in the destination country that attract the individual or group to leave their home. Those factors are known as place utility, which is the desirability of a place that attracts people. Better economic opportunities, more jobs, and the promise of a better life often pull people into new locations.
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Answer:
This simple online tool makes it easy to calculate the difference in hours and minutes between two given times. To calculate the hours and minutes contained in a time period you need to know its beginning and end. The hours calculator will use the time format depending on your browser locale settings, e.g. US, UK.
After you enter the beginning and the end of the time period you are interested in, you simply click the "Calculate difference" button. Below you will get the difference in both full hours and in minutes. If the first hour you enter is later in the day than the second hour you enter, the time difference is calculated as if the first hour is for today and the second is tomorrow. For example, entering a start time of 6PM and end time of 8AM in the calculator, it will calcualte the difference in hours, minutes, and seconds from 6PM today to 8AM tomorrow (14 hours).
This calculator for the number of hours between two times could be used to find out for how long you have worked in order to fill in time sheets. For example, how many hours are there between 9 and 5:30 pm (or 9:00 and 17:30)? You simply need to enter the two times in any order and click on "Calculate". The result will be 8 hours 30 minutes (8:30 hours or 8.5 hours in decimal) or 510 minutes. There are 8 full hours between these times.
Explanation:
