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1. It varies on the three types, considering the different ways these types form. Though from what i can see, both metamorphic and igneous are more common due to extreme heat and pressure (pressure if it's below the surface).

But, sedimentary rocks can also form alongside the aforementioned ones above; created by compression of layers.

2. As many know, rock formation can take a while to complete. It's also a delicate and time-consuming process, reflecting discipline and patience. You can't get good results if you rush things too quickly.

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1. It will depend on its temperature, process, and environment when explaining which rock had an increase abundance in high temeperatures. Metamorphic Rocks are from existing rocks which those rocks transform due to heat and pressure, indicates it increase in abundance in high temperature. While in Ignaous Rocks, there are made from rocks which is melted due to a higher temeperature and those melted rocks called magma which it comes out called lava cools and forms new rocks, which also had an abundance.

2. We see that all things in nature both organic and inorganic are a product of a process and developement through time. things in motion are not always quick and fast, as also to in making scientific studies. Its through discipline and patience will create things better and whole.

-Gabriel Farenas

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1. Analyzing the given scenario, I believe that due to significantly higher temperatures, Igneous rocks would become more abundant, alongside Metamorphic rocks. Both types of rocks rely on heat to form, with the latter of the two also needing pressure to be made. Of course, this is assuming that the increase of temperature is high enough to melt rocks, yet it is still possible for them to cool down. If that were the case, then both rocks would increase in number due to the rock cycle.

2. The strongest and most sturdy of rocks along with the most beautiful of minerals don't appear overnight, they take time and sometimes have the need to endure pressure to form. The same can be said about working in general, especially in the scientific field. It takes great effort, patience, and discipline for us to finish something like research. It may not be easy nor is it fast, and admittedly, there are no shortcuts, but we could create something meaningful that lasts more than a lifetime if we don't give up.

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1. If Earth's temperature were to rises dramatically, the rock that would notably increase is sedimentary. Picture this: Earth's getting fever - what would happen? More rain, more wind and rocks breaking down faster! Higher temperatures means more weathering and erosion, breaking down existing rocks into sediments. These sediments then get carried away by wind and water, eventually settling and compacting to form new layers of sedimentary rock. It's like Earth recycling itself on grand scale.

2. Rock formation is a slow and steady process. Just as it takes ages for them to form, scientists need the same kind of patience and focus to study them. You could think of a detective piecing together clues over a long period of time to solve a mystery. Another thing is that rocks changes form due to different pressures and experiences— just like we humans are; we change inevitably. It mirrors our own journey of change, teaching us that patience and discipline lead to profound transformation, both in science and life.

— Euriz Dimalaluan

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1) Igneous rocks would increase in abundance, since the added heat melts the mantle, leading to increase volcanic activity and magma formation.

2) Rock formation demonstrates patience and discipline in scientific work because each stages from from melting to cooling or from layering to compaction takes time.

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1. igneous rocks would significantly increase in abundance because the high heat would would cause more melting of rocks, leading to frequent volcanic activity and solidification of magma or lava

2. It teaches us discipline and patience because the rock cycle takes thousands to millions of years for rocks to form. In science results don't come instantly but through patient work.

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1. If Earth’s temperature gets much hotter, more metamorphic rocks will form.
These rocks are made when other rocks are changed by strong heat.
When rocks heat up, they can turn into new kinds of rocks.
For example, limestone can change into marble, and shale can change into slate.

2. Rocks take thousands to millions of years to form, and this slow process teaches us patience and discipline. Just like rocks slowly change through heat, pressure, or layers, scientists also get results by working carefully step by step. Studying rocks shows us that discoveries do not happen right away but need time and effort. In the same way, being patient and disciplined helps scientists find true and important answers.

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1. Higher temperatures (along with changes in climate) would lead to more weathering and erosion of rocks at the surface.

Warmer climates, especially with more rainfall and chemical activity, tend to favor the breakdown of rocks and the creation of sedimentary rocks (like sandstone, shale, and limestone).

At the same time, if Earth’s internal temperatures rose (not just the climate but deep inside), you’d see more melting and volcanic activity, which could increase the formation of igneous rocks.

2. Rocks form over thousands to millions of years. Sedimentary layers build grain by grain, igneous rocks cool slowly from magma, and metamorphic rocks transform under heat and pressure. This shows that natural processes don’t happen instantly—they require long stretches of steady change. In science, too, discoveries often come from careful, step-by-step work over time.

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1. If Earth’s temperature were to rise a lot, igneous rocks would probably become more common. This is because the extra heat could melt more rocks underground, turning them into magma. When that magma cools down, it solidifies into igneous rocks, which explains why they would increase in abundance.

2. The process of rock formation teaches us perseverance and also patience since it takes an extremely long long time for rocks to change and develop. Just like in science, results don’t appear right away, we have to wait, observe carefully, and keep working consistently. It shows us that real progress, whether in nature or in research, requires time and steady effort.

-Franco Cian ⋆ ˚｡⋆୨୧˚

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1. If the Earth’s temperature significantly rises, igneous rocks will become the most abundant type of rock. This is because higher temperatures can trigger volcanic activities, leading to many eruptions.

2. The process of rock formation shows that time and patience are needed for better results. In scientific work, patience and discipline should be practiced to achieve great outcomes. This tells us that not everything in life should be rushed.

Kate Mosatalla 11-St. Stephen

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1. Based on what I know, it really depends on how we contextualize "Earth's temperature". If it is the surface or global climate, then I believe that sedimentary rocks will increase in abundance as high temperature increases chemical weathering, as higher temperatures equate to faster chemical reactions. But if we were to talk about the rise of internal or geological temperature, then metamorphic rocks would increase since more heat inside the Earth would transform rocks.

2. The process of rock formation teaches us about discipline and patience in scientific work as the rock formation is slow and gradual, it takes thousands to millions of years. Which mirrors how scientific work requires discipline, because results will not appear instantly; one must carefully follow methods and procedures to arrive to a certain outcome. It teaches patience, since just as rocks transform slowly under constant pressure, heat or deposition, meaningful scientific discoveries come from sustained effort, repeated trials, and long-term dedication. It reminds us that great results are built layer by layer, and paired beautifully with time, persistence, and consistency.

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1. If Earth’s temperature rose, igneous rocks would probably start popping up everywhere. More heat means more volcanoes and more magma, and that magma cools into solid rocks like basalt or granite. It’s like Earth’s way of cranking up the heat in the kitchen and cooking up some fresh rock!

2. In Earth and Life Science, rock formation shows us how nature doesn’t rush—but still gets everything done. Rocks take thousands to millions of years to form, slowly shaped by heat, pressure, and time. This teaches us that understanding Earth’s processes requires patience and careful observation. Just like layers of rock hold Earth’s history, our learning builds layer by layer, one discovery at a time. It’s a quiet reminder that science, like nature, rewards those who stay curious and don’t give up.

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1. If the Earth's temperature rose, metamorphic rocks will increase in abundance because extreme heat existing rocks to recrystallize and change without melting. But if temperature became super-hot enough to melt rocks, igneous rocks can also be formed.

2. The gradual way rocks form illustrates that science demands steady dedication and patience to reach valuable outcomes.

Anika Santiago

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1. If Earth’s temperature were to rise significantly, metamorphic rocks would increase in abundance. This is because heat plays a crucial role in transforming existing rocks—igneous, sedimentary, or even other metamorphic rocks—into new forms through recrystallization. With higher global temperatures, more rocks near Earth’s surface could undergo changes in mineral structure without fully melting. Over long periods, this would lead to a noticeable increase in metamorphic rock formations. Thus, temperature rise directly promotes the abundance of metamorphic rocks.

2. The process of rock formation teaches us discipline because it happens slowly over millions of years, showing that meaningful results require consistent conditions and time. Just like scientists must carefully observe, test, and wait for accurate results, rocks also demonstrate the value of gradual transformation. Patience is reflected in how layers build up or crystals slowly form under pressure and heat. The persistence of natural processes reminds scientists that progress cannot be rushed. Therefore, rock formation is a metaphor for steady, disciplined work in scientific discovery.

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1. Metamorphic rocks, because they are made through heat and pressure. If Earth's temperature would increase significantly then there would be an increase in the abundance of metamorphic rocks

2. The rock cycle shows us that through time, many changes can occur. We just need the patience to see it happen.

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1. Igneous rocks because higher temperatures leads to more melting activity making it increase in abundance

2. It shows scientists that being patient can lead to greater discoveries. Reminding them that being disciplined and patient enough may lead to their hard work being seen to the public - leading to the appreciation of their diligence. - Av ★

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1. Metamorphic rock would be more abundant if the temperature would significantly rise. This is because the process of metamorphism is directly related to high temperature levels with added pressure. Since the temperature has risen significantly, the process of metamorphism would happen more often.

2. The rock formation goes into a cycle That constantly recycles rocks into different types. Scientific work is similar in a sense that information circulates around the world and will often find new details into its existing knowledge. This process takes time, and requires patience and good method to work, just like scientific duties.

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1. Base on my classmates answer, Igneous rock would be the best choice. Right.

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‎2. Just like crafting a scientific research it follows process wherein, the values of disciple and patience are needed in order to make a great result.

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1.) igneous rocks because the magma/lave would be triggered by the rising temperature. hence, the abundance of igneous rocks through the process of crystallization would be present.

2.) it shows the gradual and step-by-step process by observing and examining the process of a specific formation since results can be compromised when rushed.

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1. If Earth’s temperature became much hotter, metamorphic rocks would form more because heat changes rocks into new types. If it got hot enough to melt rocks, then igneous rocks would also form.

2. Rock formation shows patience because rocks take a very long time to change. It shows discipline because scientists must study slowly and carefully to understand these changes.

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1. judging by what i learned Sedimentary rocks , Because warmer temperature enhanced evaporation "highly global temp would make itself or increase evaporation rates in waters and shallow seas i guess. this favors the evaporite minerals.

2. JUST like rock formation. take millions of years to form itself layer byyy layer they remind us the scientific work also requires discipline patience, and steady effort to reveal its trueeeeeee strength and beauty - Ryan

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1. Depending on the heat, it can be igneous if it heats up enough. If it is not hot enough to melt the rocks it can cooperate with pressure and end up with metamorphic rocks.

2. The process of rock formation teaches us discipline and patience through observing the changes that occur throughout time frames that are very long. The changes a rock can go through is not an overnight makeover but a very long process, and one must need patience.

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1. If Earth's temperature were to rise significantly, sedimentary rocks would be abundant due to warmer climates enhance weathering, and deposition.

2. It teaches us the value of patience by showing us that valuable results take time, consistency and careful process.

-Evo Remoro

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1. Igneous rocks would increase in abundance because increased internal heat would lead to more melting of the crust.

2. It illustrates slow, gradual changes over time, mirroring the meticulous, and long-term efforts needed in scientific research.

-Ali <3

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1. Sedimentary rock because you know

2. It does you knoww

Please comment on one of the answers posted.