Jay

Topics Engaged In

Viewing topic 1 (of 1 total)
    • Topic
    • Voices
    • Posts
    • Last Post
    • Let ChatGPT explain a web page Note, you need to have the browser available for this prompt in your ChatGPT (so: Plus subscription).   Prompt: explain me this in simple terms (grade 10) $URL   Example: explain me this in simple terms (grade 10) https://en.wikipedia.org/wiki/Water_cluster Result: Sure, I can simplify this for you! Think of water molecules (each molecule is made of two hydrogen atoms and one oxygen atom, H2O) as little lego pieces. Sometimes, these lego pieces can come together and stick to form bigger structures. These structures are called water clusters. Now, why do they stick together? Water molecules are attracted to each other due to something called hydrogen bonds. This is a kind of attraction that happens when a hydrogen atom in one water molecule is attracted to an oxygen atom in another water molecule. These clusters can take many shapes and sizes, depending on how many water molecules come together. For example, two water molecules can come together to form a "water dimer", which is the simplest type of water cluster. Sometimes, water clusters can form bigger, more complex shapes. For instance, they can form a shape like a soccer ball with 28 water molecules, or even an enormous structure with 280 water molecules! Scientists are interested in these water clusters because they can help explain some weird things about water. For example, why does water become less dense when it freezes? (That's why ice floats on water.) Water clusters might have something to do with that. However, studying these clusters is tricky. They are continually forming and breaking apart very quickly (faster than one trillionth of a second!). Still, scientists have been able to observe them in some situations, like when water is mixed with other substances or when water molecules are trapped inside other structures. So, in simple terms, water clusters are just groups of water molecules that stick together for a very short time, forming all sorts of interesting shapes and structures​<span class="" data-state="closed"><sup>1</sup></span>.Note, you need to have the browser available for this prompt in your ChatGPT (so: Plus subscription).   Prompt: explain me this in simple terms (grade 10) $URL   Example: explain me this in simple terms (grade 10) https://en.wikipedia.org/wiki/Water_cluster Result: Sure, I can simplify this for you! Think of water molecules (each molecule is made of two hydrogen atoms and one oxygen atom, H2O) as little lego pieces. Sometimes, these lego pieces can come together and stick to form bigger structures. These structures are called water clusters. Now, why do they stick together? Water molecules are attracted to each other due to something called hydrogen bonds. This is a kind of attraction that happens when a hydrogen atom in one water molecule is attracted to an oxygen atom in another water molecule. These clusters can take many shapes and sizes, depending on how many water molecules come together. For example, two water molecules can come together to form a "water dimer", which is the simplest type of water cluster. Sometimes, water clusters can form bigger, more complex shapes. For instance, they can form a shape like a soccer ball with 28 water molecules, or even an enormous structure with 280 water molecules! Scientists are interested in these water clusters because they can help explain some weird things about water. For example, why does water become less dense when it freezes? (That's why ice floats on water.) Water clusters might have something to do with that. However, studying these clusters is tricky. They are continually forming and breaking apart very quickly (faster than one trillionth of a second!). Still, scientists have been able to observe them in some situations, like when water is mixed with other substances or when water molecules are trapped inside other structures. So, in simple terms, water clusters are just groups of water molecules that stick together for a very short time, forming all sorts of interesting shapes and structures​<span class="" data-state="closed"><sup>1</sup></span>.

      Started by: Jay in: Using ChatGPT

    • 3
    • 3
    • 1 year, 8 months ago

      Brian

Viewing topic 1 (of 1 total)