Learn about the metals, nonmetals, and metalloids and the periodic table. The metals are found on the left and the nonmetals are found on the right.

Video Guide
00:00 Introduction to metals,nonmetals and Metalloids
00:28 Location of the metals on periodic table
00:43 Alkali Metals
00:53 Earth Metals
01:04 Transition Metals
01:15 Lanthonides
01:26 Properties of Metals
01:51 Location of nonmetals

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Ions and the PERIODIC TABLE
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The Transition Metals
https://youtu.be/oFPohgkxg-Q

Learn how to calculate work using the formula work = Force x Distance
0:00 Introduction to the work triangle formula
0:24 During a race a runner impacts the ground with a force of 200 Newtons. The runner runs a distance of 30 meters. How much work did the runner create?
1:18 If it takes 8 Newtons to move the sled 2 meters, how much work was created?
2:06 If it takes 500 joules of work to move the chair 10 meters. How much force is required?
2:54 What distance did the bike move if 600 Joules of work was used and 40 Newtons of work was applied to the bike?

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https://youtu.be/TRNS9FfUCu0

A quick video covering how to multiply deimals. The key is tocount the digits to the right of the decimal and then just multiply normally. After mutiplying move the decimals the number of digits you counted.

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How to Divide Decimals
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Local winds are winds that do not blow for great distances. In this video, I cover two major types, sea and land and mountain and valley winds. These local winds occur because the land and sea heat up and cool at different temperatures and this produces wind due to low and high-pressure areas.

Waves such as light and sound waves can bend, slow down, and speed up. In this video, I define and explain the difference between reflection, refraction, and diffraction.

For more Math help visit our website
http://www.moomoomath.com/

In this video I review the function of the major organelles of a eukaryotic cell.
Video Guide
00:00 Introduction to Cell organelles
00:21 Types of Cells
00:54 Cell Membrane
01:07 Cytoplasm
01:34 Cytoskeleton
02:03 Ribosomes
02:20 Nucleus
02:32 Rough ER
02:57 Smooth ER
03:22 Vacuole
03:33 Lysosome
03:43 Golgi Complex
04:05 Chloroplasts
04:20 Cell Wall

This video covers the Georgia Science Standard
S7L2. Obtain, evaluate, and communicate information to describe how cell structures, cells,
tissues, organs, and organ systems interact to maintain the basic needs of organisms.
a. Develop a model and construct an explanation of how cell structures (specifically the
nucleus, cytoplasm, cell membrane, cell wall, chloroplasts, lysosome, and mitochondria)
contribute to the function of the cell as a system in obtaining nutrients in order to grow,
reproduce, make needed materials, and process waste.

Cell organelles
https://moomoomath.com/cell-or....ganelles-and-their-f

Mitochondris #shorts
https://youtube.com/shorts/d7yOutqgPJw

English
This video has been dubbed using an artificial voice via https://aloud.area120.google.com to increase accessibility. You can change the audio track language in the Settings menu.

Spanish
Este video ha sido doblado al español con voz artificial con https://aloud.area120.google.com para aumentar la accesibilidad. Puede cambiar el idioma de la pista de audio en el menú Configuración.

Portuguese
Este vídeo foi dublado para o português usando uma voz artificial via https://aloud.area120.google.com para melhorar sua acessibilidade. Você pode alterar o idioma do áudio no menu Configurações.

For more Math help visit our website
http://www.moomoomath.com/

Learn how to write an equation from a table. The relationship between variables where one variable depends on another can be represented by a table or equation.
x is the independent variable and the y is the dependent variable.
y depends on x

Desert Biome is found on every continent. A desert is an area that receives rainfall of 10 inches or less a year.
Deserts can be very hot or very cold.
For example, the Sahara desert is the largest hot desert, and the Gobi desert in China is very large and cold most of the year.
Animals and plants in the desert must have adaptations that allow them to survive on little water.

You may enjoy my visit to a Desert Biome
https://youtu.be/jOKfQXav6Hw

Learn the difference between an element, a compound, and a mixture. An element has the same number of protons, a mixture is two or more elements chemically combined, and a mixture is not chemically combined.

Aprende la diferencia entre un elemento, un compuesto y una mezcla.

English
This video has been dubbed into Spanish (United States) using an artificial voice via https://aloud.area120.google.com to increase accessibility. You can change the audio track language in the Settings menu.

Spanish
Este video ha sido doblado al español con voz artificial con https://aloud.area120.google.com para aumentar la accesibilidad. Puede cambiar el idioma de la pista de audio en el menú Configuración.

Portuguese
Este vídeo foi dublado para o português usando uma voz artificial via https://aloud.area120.google.com para melhorar sua acessibilidade. Você pode alterar o idioma do áudio no menu Configurações.



For more Math help visit our website
http://www.moomoomath.com/

Learn about the steps of protein synthesis, the creation of long chains of amino acids from DNA.
It begins in the nucleus with transcription and moves to the ribosome where translation takes place.
Translation occurs in the nucleus when RNA polymerase attaches to the DNA and unzips a portion of the DNA.
mRNA or messenger RNA begins to fill in the DNA.
RNA is similar to DNA but contains Uracil instead of thymine.
This strand of mRNA leaves the nucleus and travels to a ribosome where translation will begin.
The messenger RNA will be read three units at a time called a codon.
The anticodon on the transfer RNA aligns with the correct codon and delivers an amino acid.
This continues and a polypeptide chain begins to grow.

Translation Practice Problems
https://youtu.be/_t1f1vRnCEo

MooMooMath uploads a new Math or Science video every day.

Nucleus Structure
What the parts of the nucleus?
Cell parts and function-I have always heard that the nucleus is the brain of the cell. But why is it the brain, and what are the major parts of the nucleus?
The nucleus is a large organelle. In fact, you can see the nucleus with a compound microscope.
Here it is inside a cheek cell.
I’m going to look at four main components of a nucleus and the role each part plays.
The nucleus is surrounded by a nuclear membrane. It is very similar to the cell membrane, and it is composed of two layers. It protects and houses the other parts of the nucleus.
You can also find ribosomes on the outside of the nuclear membrane.
Up next are nuclear pores. These are openings found on the nuclear membrane.
They allow items to move in and out of the nucleus. An example would be the mrna. It would travel through a nuclear pore to leave the nucleus.
Nucleoplasm This is a gel-like material found inside the nuclear membrane. You will find the DNA suspended in the nucleoplasm
Nucleolus. This is almost like a nucleus inside the nucleus. It has a very high concentration of DNA,
It is also the site of transcription which is the starting point of protein synthesis.
This is how the nucleus controls the cell. It has all the information on how to make stuff like proteins inside the cell. These proteins are used for many purposes inside the cell.
Ribosomes are also made at the nucleolus
All eukaryotic cells have a nucleus and bacteria and other prokaryotic cells do not have a nucleus.

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The Terrestrial planets are the four closest planets to the sun. The inner planets in order are Mercury, Venus, Earth, and Mars.
They are rocky planets that have few moons, no rings, and craters.
I review the characteristics of the terrestrial planets.

Scale model picture of planets
http://www.lesud.com/lesud-astronomy_pageid81.html

Learn how to create a dichotomous key. A dichotomous key is a method to identify objects like animals, rocks, trees, plants, and many other objects. In this video, I use monsters in order to show you how to create a simple dichotomous key. Dichotomous means two parts so the key uses two questions at each step. There are different types of dichotomous keys but in this video I show you how to make a simple key.

Transcript
http://www.moomoomathblog.com/....2021/04/how-to-make-

Ocean Biome Characteristics
The earth is 70% water. 97% of this water is made up of our oceans and seas.

Most of us only experience the ocean from the beach or on shore. If you go underwater and out into the ocean you discover it is teaming with life.

The ocean can be divided into 5 major oceans
The Pacific which is the largest, the Atlantic, Indian, southern, and the Arctic ocean.

The ocean is teeming with life. It includes animals as large as a 40-foot humpback whale and as small as microscopic plankton.
It includes a huge variety of plants and coral reefs that stretch for miles.
It also includes the largest mountain range called the mid ocean ridge.
The ocean impacts our weather and has been used for thousands of years as trade routes.

We play on the beaches of oceans and wonder what can be found in the Mariana trench which is 32,000 feet deep.

So there you have a very quick overview of our most diverse and largest biome-the ocean

Symmetry in animals
In this video, you will learn about two types of symmetry, radial, and bilateral symmetry.
Animals with radial symmetry are circular in shape and bilateral symmetry results in an animal with two equal sides.

Air masses are large bodies of air with similar temperature and humidity throughout.
In the video, I cover maritime and continental air masses. Maritime air masses form over the water and continental air masses form over land.
In addition, there are maritime tropical, maritime equatorial, maritime polar along with several types of continental air masses.

An introduction to three gas laws. I cover Boyle's law,charles's law, and Gay Lussac's.
For each law I cover the constant, what the law states, the formula, and the density.

00:00 Introduction to Gas Laws
00:20 Boyle's Law explanation
01:07 Charles's Law
01:53 Gay Lussac's law or pressure temperature law

How clastic rocks form. Sedimentary rocks are derived from igneous, sedimentary and metamorphic rocks.
Sedimentary rocks make up around 75 percent of the rocks at the earth's surface
Let’s take a look at how clastic sedimentary rocks form. Clastic sedimentary rocks are the group of rocks most people think of when they think of sedimentary rocks. Clastic sedimentary rocks are made up of pieces of pre-existing rocks called clasts.
These sedimentary rocks follow wedcc in order to form
Weathering:
Erosion
Deposition
Compaction
Cementation

The Earth is 70 % water. However, only 3% of this water is freshwater. Much of this freshwater is frozen in glaciers, you will find some of the water in rivers and streams, and almost 30% of this freshwater is groundwater.
But What is groundwater? Groundwater is water that finds it way between the gaps of rocks and sediments underground.
As the water seeps into the ground it may find it’s way into an aquifer. Aquifers are underground rock layers saturated with groundwater. An aquifer is not an underground river but large porous layers of rock.

Weathering breaks down the rock, and erosion carries the rock away. In this video, I explain the difference between weathering and erosion.
Weathering weakens rocks and breaks the rock down using chemical or physical changes.
The physical changes may be abrasion, wind, water, or ice.
Chemical changes include oxidation, hydrolysis, and carbonation.
Erosion moves the broken down rock away. This may include wind, water, or ice.
Erosion #shorts
https://youtu.be/YbN8K_fL21g

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Weathering-Erosion-Deposition
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