Hey everyone, I'm here to help. If you have any questions or just want to learn more, click on the link in the description above. It'll take you to a page where you can ask me questions.
We dont know , we observe the outcome of an experiment and thats how its ends with loss in mass but not in any charge therefore we get to know we have ended up with an element and another entity with some mass and no charge ie the neutron
@Matt Steel, you have to see the Neutron to proton ratio. For instance, elements that have below 92 protons, are considered to be stable, or somewhat stable if the ratio is 1. That means, if you divide the neutrons with protons, you should get 1. When you go above the 92 proton threshold, more neutrons are needed to compensate for the increased proton. That's when you need to have a ratio of 1.5 neutrons/protons. I hope this helps. This is explained by the belt of stability. (www.google.com/imgres?imgurl=www.algebralab.org/img/5cb2c6e6-0c3d-4a4a-919a-30f7c103c41d.gif&imgrefurl=www.algebralab.org/practice/practice.aspx?file%3DReading_TheBandOfStability.xml%2520&h=394&w=367&tbnid=JSZzqvPHE_K3uM:&tbnh=160&tbnw=149&usg=__FCLLDjKMjyxMCwOJr1AxGth_HeE%3D&vet=10ahUKEwiCs-6V_YLYAhXsCsAKHWc-AJsQ9QEILTAA..i&docid=Z4pVtWgYrVz2eM&sa=X&ved=0ahUKEwiCs-6V_YLYAhXsCsAKHWc-AJsQ9QEILTAA)
@countzulu99 Congratulations 🎊 That's awesome! My Chem final is Thursday but my Critical Thinking 2 essays need to get done by Monday, so wish me luck and the endurance to keep pushing! Celebrate your hard work and thanks for the inspiring good news!
Hey everyone, I'm here to help. If you have any questions or just want to learn more, click on the link in the description above. It'll take you to a page where you can ask me questions.
can u give an example of (alpha, gamma). transmutation?
You are bless!!! The best chemistry teacher ever
Thank you so much for this detailed explanation. I'm going to teach this lesson to my students this afternoon. God Bless, Sir Tyler.
How do we know we are gonna end up with an extra neutron??
We dont know , we observe the outcome of an experiment and thats how its ends with loss in mass but not in any charge therefore we get to know we have ended up with an element and another entity with some mass and no charge ie the neutron
Why one nutron is getting out every time and why only one ?
Thank you for all of your videos!
Thank you Tyler this is so helpful!! :)
How can you tell whether or not an element is stable or unstable just by the isotope configuration?
@Matt Steel, you have to see the Neutron to proton ratio. For instance, elements that have below 92 protons, are considered to be stable, or somewhat stable if the ratio is 1. That means, if you divide the neutrons with protons, you should get 1. When you go above the 92 proton threshold, more neutrons are needed to compensate for the increased proton. That's when you need to have a ratio of 1.5 neutrons/protons. I hope this helps. This is explained by the belt of stability. (www.google.com/imgres?imgurl=www.algebralab.org/img/5cb2c6e6-0c3d-4a4a-919a-30f7c103c41d.gif&imgrefurl=www.algebralab.org/practice/practice.aspx?file%3DReading_TheBandOfStability.xml%2520&h=394&w=367&tbnid=JSZzqvPHE_K3uM:&tbnh=160&tbnw=149&usg=__FCLLDjKMjyxMCwOJr1AxGth_HeE%3D&vet=10ahUKEwiCs-6V_YLYAhXsCsAKHWc-AJsQ9QEILTAA..i&docid=Z4pVtWgYrVz2eM&sa=X&ved=0ahUKEwiCs-6V_YLYAhXsCsAKHWc-AJsQ9QEILTAA)
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Why are Transuranium Elements so similar to me?
😂😭💀
XD
if we add nutron to the uraniam it will become nuclear fission and how it is able to become an another element rather than fission
Thank You!
u the best m8
Thank you so much
2024 whos still watching!!
Spring 2024 Finals week at college! Woot-Woot, I think I'm gonna pass, Thank you Tyler for your talent at making complicated things make sense!!
@@deepwaters7242I just finished and passed wooooo
@countzulu99 Congratulations 🎊 That's awesome! My Chem final is Thursday but my Critical Thinking 2 essays need to get done by Monday, so wish me luck and the endurance to keep pushing! Celebrate your hard work and thanks for the inspiring good news!