Featured titleScience

AGHAMAZING SCIENCE TUTORIALS

Science

AGHAMazing! This is a playlist of science lessons and tutorials that I made based from the MELCS of the Department of Education. Thanks for watching and sharing.

Year

2026

Duration

5h 59m

IMDb

0

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Comments

10 Comments

MbongoJun 17, 2026

RADIATION HEAT TRANSFER Radiation | Heat Transfer | Thermal Radiation | Electromagnetic Waves | Physics Lesson | Science for Students In this video lesson, you will learn about radiation, a powerful method of heat transfer that does not require direct contact or a medium. Using everyday examples such as sunlight warming your skin, feeling heat from a bonfire, and heat coming from an oven, you will understand how heat can travel even through empty space. You will discover that radiation transfers heat through electromagnetic waves, especially infrared radiation. You will learn that all objects with a temperature above absolute zero emit radiation, and that hotter objects emit more radiation than cooler ones. When this radiant energy is absorbed by another object, it is converted into heat, raising the object’s temperature. This lesson explains why radiation is different from conduction and convection, which require direct contact or fluid movement. You will also explore how surface c

Snit hailemaryam😜Jun 17, 2026

RADIATION HEAT TRANSFER Radiation | Heat Transfer | Thermal Radiation | Electromagnetic Waves | Physics Lesson | Science for Students In this video lesson, you will learn about radiation, a powerful method of heat transfer that does not require direct contact or a medium. Using everyday examples such as sunlight warming your skin, feeling heat from a bonfire, and heat coming from an oven, you will understand how heat can travel even through empty space. You will discover that radiation transfers heat through electromagnetic waves, especially infrared radiation. You will learn that all objects with a temperature above absolute zero emit radiation, and that hotter objects emit more radiation than cooler ones. When this radiant energy is absorbed by another object, it is converted into heat, raising the object’s temperature. This lesson explains why radiation is different from conduction and convection, which require direct contact or fluid movement. You will also explore how surface c

crazymeJun 17, 2026

RADIATION HEAT TRANSFER Radiation | Heat Transfer | Thermal Radiation | Electromagnetic Waves | Physics Lesson | Science for Students In this video lesson, you will learn about radiation, a powerful method of heat transfer that does not require direct contact or a medium. Using everyday examples such as sunlight warming your skin, feeling heat from a bonfire, and heat coming from an oven, you will understand how heat can travel even through empty space. You will discover that radiation transfers heat through electromagnetic waves, especially infrared radiation. You will learn that all objects with a temperature above absolute zero emit radiation, and that hotter objects emit more radiation than cooler ones. When this radiant energy is absorbed by another object, it is converted into heat, raising the object’s temperature. This lesson explains why radiation is different from conduction and convection, which require direct contact or fluid movement. You will also explore how surface c

Boitumelo LenyatsaJun 17, 2026

RADIATION HEAT TRANSFER Radiation | Heat Transfer | Thermal Radiation | Electromagnetic Waves | Physics Lesson | Science for Students In this video lesson, you will learn about radiation, a powerful method of heat transfer that does not require direct contact or a medium. Using everyday examples such as sunlight warming your skin, feeling heat from a bonfire, and heat coming from an oven, you will understand how heat can travel even through empty space. You will discover that radiation transfers heat through electromagnetic waves, especially infrared radiation. You will learn that all objects with a temperature above absolute zero emit radiation, and that hotter objects emit more radiation than cooler ones. When this radiant energy is absorbed by another object, it is converted into heat, raising the object’s temperature. This lesson explains why radiation is different from conduction and convection, which require direct contact or fluid movement. You will also explore how surface c

mohamedzeinJun 17, 2026

CONVECTION CURRENTS HEAT TRANSFER Convection | Heat Transfer | Convection Currents | Thermal Energy | Physics Lesson | Science for Students In this video lesson, you will learn about convection, an important method of heat transfer that occurs in liquids and gases. Using everyday examples such as boiling water, rising warm air, and hot air balloons, you will see how heat moves through the actual movement of fluids like water and air. You will understand that convection happens when a fluid is heated, becomes less dense, and rises, while cooler, denser fluid sinks. This continuous rising and sinking creates convection currents, which allow heat to spread efficiently throughout the fluid. You will also learn why convection is a continuous cycle that continues as long as there is a heat source and a temperature difference. This lesson explains why convection does not occur in solids, since solid particles cannot move freely. You will explore real-life examples of convection in liquids

THE EGBADON’sJun 17, 2026

CONVECTION CURRENTS HEAT TRANSFER Convection | Heat Transfer | Convection Currents | Thermal Energy | Physics Lesson | Science for Students In this video lesson, you will learn about convection, an important method of heat transfer that occurs in liquids and gases. Using everyday examples such as boiling water, rising warm air, and hot air balloons, you will see how heat moves through the actual movement of fluids like water and air. You will understand that convection happens when a fluid is heated, becomes less dense, and rises, while cooler, denser fluid sinks. This continuous rising and sinking creates convection currents, which allow heat to spread efficiently throughout the fluid. You will also learn why convection is a continuous cycle that continues as long as there is a heat source and a temperature difference. This lesson explains why convection does not occur in solids, since solid particles cannot move freely. You will explore real-life examples of convection in liquids

ᴍᴏʜᴀᴍᴍᴇᴅ ᴀғᴋᴀʀJun 17, 2026

CONVECTION CURRENTS HEAT TRANSFER Convection | Heat Transfer | Convection Currents | Thermal Energy | Physics Lesson | Science for Students In this video lesson, you will learn about convection, an important method of heat transfer that occurs in liquids and gases. Using everyday examples such as boiling water, rising warm air, and hot air balloons, you will see how heat moves through the actual movement of fluids like water and air. You will understand that convection happens when a fluid is heated, becomes less dense, and rises, while cooler, denser fluid sinks. This continuous rising and sinking creates convection currents, which allow heat to spread efficiently throughout the fluid. You will also learn why convection is a continuous cycle that continues as long as there is a heat source and a temperature difference. This lesson explains why convection does not occur in solids, since solid particles cannot move freely. You will explore real-life examples of convection in liquids

Tendresse UsseniJun 17, 2026

CONVECTION CURRENTS HEAT TRANSFER Convection | Heat Transfer | Convection Currents | Thermal Energy | Physics Lesson | Science for Students In this video lesson, you will learn about convection, an important method of heat transfer that occurs in liquids and gases. Using everyday examples such as boiling water, rising warm air, and hot air balloons, you will see how heat moves through the actual movement of fluids like water and air. You will understand that convection happens when a fluid is heated, becomes less dense, and rises, while cooler, denser fluid sinks. This continuous rising and sinking creates convection currents, which allow heat to spread efficiently throughout the fluid. You will also learn why convection is a continuous cycle that continues as long as there is a heat source and a temperature difference. This lesson explains why convection does not occur in solids, since solid particles cannot move freely. You will explore real-life examples of convection in liquids

Cycynette 🦋💎Jun 17, 2026

Heat Transfer | Conduction | Thermal Energy | Conductors | Insulators | Thermal Equilibrium | SIR BAS TV In this video lesson, you will learn about heat transfer, thermal energy, and conduction through easy-to-understand, real-life examples. You will explore why a metal spoon becomes hot in coffee, why a pan handle heats up, and how an iron quickly transfers heat to fabric. You will understand what heat transfer is and why heat always flows from hot objects to cold objects. The lesson explains how heat energy moves until thermal equilibrium is reached, where no further heat transfer occurs. This video focuses on conduction, one of the three modes of heat transfer along with convection and radiation. You will see how conduction happens through direct contact, how heat moves through particle collisions, and why it is most effective in solids, especially metals. You will also learn the difference between conductors and insulators. Materials such as copper, aluminum, and iron are expla

user651960Jun 17, 2026

Heat Transfer | Conduction | Thermal Energy | Conductors | Insulators | Thermal Equilibrium | SIR BAS TV In this video lesson, you will learn about heat transfer, thermal energy, and conduction through easy-to-understand, real-life examples. You will explore why a metal spoon becomes hot in coffee, why a pan handle heats up, and how an iron quickly transfers heat to fabric. You will understand what heat transfer is and why heat always flows from hot objects to cold objects. The lesson explains how heat energy moves until thermal equilibrium is reached, where no further heat transfer occurs. This video focuses on conduction, one of the three modes of heat transfer along with convection and radiation. You will see how conduction happens through direct contact, how heat moves through particle collisions, and why it is most effective in solids, especially metals. You will also learn the difference between conductors and insulators. Materials such as copper, aluminum, and iron are expla