Happy Learners Learning

Good evening, my fellow learners! I set up a YouTube channel where all of my voiced lectures will be uploaded once a week! The reason for covering up topics with a voiced lecture is to help people further understand how everything works in every topic!



As of that, I'm priviledged to share this link to you right over here and now!

https://www.youtube.com/

Happy Learners Learning Share your videos with friends, family, and the world

Hi, Just a quick heads up: I’ll be posting some youtube videos by next week to give you a voiced lecture of everything I have posted in here. The lectures I have posted that go to youtube is where I’ll be giving an detailed explanation on every single one of the topics I covered up.

This is such a fun yet reliable method to use when subtracting. I absolutely recommend teaching your kids that since it helps sharpen their mental math skills.

Fill in the holes for this student's strategy. How would you describe the way this student is subtracting? What relationships are they using?
https://na2.hubs.ly/H030TQd0

Fun Topic Of The Day: The Solar System (FOR CHILDREN!)

Hello my fellow learners, today we're going to talk about the Solar System! So your child might be wondering: "Why is it snowing and raining?", "Why do we say Happy New Year?", "And What happened to our earth previously?" Well, there is a vast majority of things to wonder about that talk about the entire planet itself, and why it's so unique!

So you or some nursery rhyme channels might have thought that the Sun is a planet, but in fact, it is not! It is a star that burns enormous amounts of fuel in order to give our earth and other planets the light they normally get (But it doesn't get any brighter if you're too far from the zone where planets get more light than our outer planets like Neptune.)! Not just that, the sun is also what helps us and plants live, because it helps us stay up during the day, like how plants work to initiate photosynthesis! Without the sun, everything would be as deplorable as expected, because it is what keeps the planets in our solar system intact by using its gravitational pull! Not just that, our planets would be flung away from where they originally were and they'll be turning into a cold rocky ball of ice. (Gas giants may form accidental stars when they hit another gas giant because stars and gas giants are typically a ginormous ball of hydrogen)

Now think of it: We have people who are cheering because a new year has started, but is it really a celebration? Well, it actually depends on how you see it. A new year is when the earth completes its long and vast orbit after 365 days of going around the sun, but how do we know it's 365 days? Well, there's a formula that measures that. It is a formula that uses the same principle as to how centrifugal force works.

But what about seasons?

Know that the earth's is tilted at 23.5 degrees, so without that tilt, we wouldn't have any more seasons and the climate would change drastically, but also negatively, because essentially, you're letting the sun rays focus on only one area, making that area hotter. And this tilt, is why it snows and rains depending on where you are. In terms of location, if you're up north, that sunlight is never going to focus directly on you until the summer, but if you're down south (too far), the same thing happens, but if you're near to the equator, that's where a tropical environment ensues.

Fun fact of the day:

Did you know that one of the main parts of physics was discovered when that grouchy gremlin named Isaac Newton had an apple falling on top of his head? This is how the way of measuring an object's potential based on acceleration is discovered. You might have been wondering: "Hm. If the apple doesn't fall that high, it doesn't hurt that bad. But if it falls that high, it starts to hurt. (Yeah, we're kind of talking about Kinetic energy here, but that's not the case)". The level of pain actually depends on the numbers that are associated with something that measures an object's potential based on acceleration, which is called Force. For instance: If you kick a volleyball at an accelerated rate, essentially you are exerting force on the ball to give it speed. This is called Newton's First Law Of Motion: An object stays still (inertia) and does not move unless an external force is exerted on the object. Your hands act as the external force, while the ball is just a spherical object floating in the air, waiting to be spiked.

We help children who are struggling with their assignments and ensure that they get the knowledge they really need (we charge them with a fair price of 5 dollars, but pay some tips if necessary!)! When it comes to learning many people face steep learning curves at the beginning of their learning journey, but we'll make the learning process smoother and more comfortable for you to keep up the progress!

Good day, everyone! Today I have posted a lesson regarding applying arithmetic methods on fractions!

Now you may have worked with numbers that are essentially "whole numbers", but using plus minus times or divide is a lot more complex when working on fractions, but there are some key points I have written that will help you further understand how it works!