Question

introduction: earths surface is made of tectonic plates that are constantly in motion, driven by convection currents in the mantle. as plates move they may pull apart, collide, or slide past each other. when this occurs, it can lead to volcanoes and earthquakes. in fact, there is a very specific pattern that is formed by spots where earthquakes and volcanoes tend to occur. we call this the
ing of fire\. roughly 90 percent of all earthquakes occur and 75 percent of all active volcanoes occur in the ring of fire.goal: plot the coordinates of known volcanoes and earthquakes in the ring of fire.materials: world map, colored pencils, \volcanoes data\ chart, \earthquakes data\ chartinstructions:1. \work up\ your map. add the continent names: africa, asia, europe, australia, north america and south america. (antarctica is labeled for you.) locate the equator. highlight the words
orth\ and \south\ to the left and right of the map.* locate the prime meridian. highlight the words \east\ and \west\ to the top and bottom of the map.2. use a blue colored pencil to plot the locations of the volcanoes given to you on the \volcanoes data\ chart.3. use an orange colored pencil to plot the locations of the earthquakes given to you on the \earthquakes data\ chart.4. look for a pattern in the locations of earthquakes and volcanoes. use a red colored pencil to shade in the general areas where they occur.5. label your shaded area \the ring of fire\.analysis:1. look at how the continents on your map are arranged and examine the pattern of the earthquake and volcanoes that you plotted. does this pattern look like a
ing\ on the map you colored? why or why not?2. use your textbook or another resource to identify the plate boundary that the ring of fire is on.

Explanation:

1. For the first analysis question: The plotted earthquake and volcano locations form a ring shape because they align with the edges of the Pacific tectonic plate, where plate collisions and movements are frequent.
2. For the second analysis question: The Ring of Fire lies on the boundary of the Pacific tectonic plate, which is the location of intense tectonic activity that causes earthquakes and volcanoes.

Answer:

1. Yes, the pattern looks like a "ring". This is because all the plotted earthquakes and volcanoes follow the curved boundary of the Pacific Ocean, matching the shape of the Pacific tectonic plate's edge where most of this activity occurs.
2. The Ring of Fire is located on the boundary of the Pacific tectonic plate.