Instagram story viewer> @abdullteff> Posts

عبد اللطيف القَواريق || Abdulltef ALkawareeq

@abdullteff

53.9K

followers

47

following

Physics | Science Simplifier
السَعي وراء العِلم مَطلب
و انا بساعدك كيف تِسعى 🫵🏻

📩 WhatsApp ( +962786229570 ) 🇯🇴

POSTS STORIES REELS TAGGED

The fourth dimension, as described by Albert Einstein, is an intangible dimension like the first three dimensions, “length, width and height.” Rather, it is a curvature of spacetime as he describes it.
As a quick example, for example, since the fourth dimension is time, my friend, you are walking on a road that has a certain height, length and width as well, and the time you travel is the fourth dimension. The point that determines your location is added to time and becomes as follows:
(x, y, z, t)
Where t is time and the rest are the spatial dimensions mentioned above.
.
.
#physics #come #to #physics #فيزياء #الفيزياء #trend #physicsteacher #4d #4 #dimension by @abdullteff

618k

3k

2 years ago

In your opinion, what is the difference between the first and second rings ?

Join us to discover the new! 🥶
.
.
.
#physics #magneticfield #magneticlines #science #education #learnphysics #physicsfun #physicslove #sciencelife #physicsisfun #electromagnetism #physicsfacts #scienceexperiment #studyphysics #physicscommunity #come #to #physics #magnetic #field #magnesium by @abdullteff

114k

567

2 years ago

Plasma is a state of matter, the fourth after solid, liquid, and gas. Plasma consists of ionized gases, where electrons are separated from atoms, resulting in positive ions and free electrons. This state of matter usually occurs under certain conditions such as high temperatures or strong electric fields.

Join us to learn more! 🥶
.
.
.
#physics #plasma #light #collisions #science #quantumphysics #astrophysics #physicalscience #scientific #physicsfun #learnphysics #sciencefacts #physicsisfun #lightwaves #energy #particlephysics #physicsworld #experiment #scientist #innovation #come #to #physics #فيزياء #الفيزياء by @abdullteff

106k

718

2 years ago

الحَمدُ لله الذي بِنعمتهِ تتم الصآلحات ، أتممت اليوم و بفضلٍ من الله مُناقشة نَدوَتي تحت عِنوان " Black holes entropy " بَعد عملٍ طويلٍ جدًا أكرمني الله اليَوم بِتمامِه …..

و لأن مَن لا يَشكُر الناس لا يَشكر الله فأحيي كل من شاركني هذه اللحظات و أشكرُه بإسمه ، لكم مني كُل الحُب و العِرفان فَبدونكم لم أكن ولا إستطعت الوصول إلى هذا اليوم بَعد فَضل الله 🖤

- الخَميس الموافق الثاني و العشرون من أيار ألفين و خمسةٍ و عشرين .

- عَبد اللطيف زياد القواريق . by @abdullteff

69

11

a year ago

Matter is the foundation of everything around us. It water, rocks, wood, iron, and literally everything. It is a combination of atoms and molecules, each substance having a different composition than the other.
As for mass, which is a measure of the inertia of objects, it can also be understood as the quantity stored in a substance, so we can understand it like this initially.
Energy and mass are two sides of the same coin. This is what Einstein built and proved in the equation that broke the world!
E = mc²
Since mass is one of the forms of energy, energy can be converted into mass at the same time!
The transformation of mass into energy occurs either through collisions or through nuclear reactions that require the annihilation of some of the mass of matter to transform it into energy that can be used for something.
As for converting energy into mass, the matter is a little more complicated, as you need materials that can be collided with enormous energy, causing this energy to be transformed into particles with masses.
In the end, energy and mass, as we said, are two sides of the same coin. This is how Einstein depicted it for us with his equation.

Join us to learn more! 🥶
.
.
.
.
#physics #science #energy #matter #quantumphysics #thermodynamics #physicsfacts #scientific #learnphysics #scienceexplained #physicsislife #energyconservation #materialscience #physicsworld #sciencecommunity #come #to #physics #فيزياء #الفيزياء by @abdullteff

5k

52

2 years ago

When metal comes into close proximity to an MRI machine, several effects can occur depending on the type, size, and location of the metal relative to the machine. An MRI machine contains a very strong magnet, and if the metal is magnetic, such as iron, it may be affected by the force of the magnet, attracting the metal toward the machine. This can be dangerous, as it may cause injury or damage to the machine. Even non-magnetic metals can affect the quality of the images captured by the machine, causing distortion or interference. Additionally, if a person has metal in their body, such as medical devices or metal supports, there may be a risk of injury or a shift in the position of those devices. Therefore, it is always advisable to inform the technician of any metal or medical devices before the MRI scan to ensure safety and accuracy.

Join us to learn more ! 🥶
.
.
.
.
.
#physics #magnetism #magneticfields #mri #medicalphysics #science #sciencelover #physicsfacts #learnphysics #educationalcontent #stem #sciencecommunication #physicsisfun #innovation #research #scientificdiscovery #experiment #physicsworld #come #to #physics #فيزياء #الفيزياء by @abdullteff

7k

40

2 years ago

A capacitor is an electrical component used to store electrical energy in the form of an electric field. It typically consists of two conducting plates separated by a dielectric. Capacitance is measured in farads (F) and expresses the amount of charge the capacitor can store at a given voltage. When comparing two capacitors, the main difference is their capacitance; a larger capacitor can store more charge at the same voltage than a smaller one. For example, if we have a 10 microfarad capacitor and a 1 microfarad capacitor, the former can store ten times more charge at the same voltage. In addition, the type of dielectric between the plates affects capacitance, as some insulating materials, such as ceramic or plastic, further enhance capacitance. Also, the size and shape of a capacitor can affect its electrical properties, such as leakage resistance and the frequency at which it can operate effectively. In practical applications, capacitors are used in electrical circuits to smooth current, improve voltage stability, and store energy in renewable energy systems .

Join us to learn more ! 🥶
.
.
.
#physics #electricalengineering #capacitor #circuitdesign #electroniccomponents #sciencefacts #learnphysics #physicsfun #engineeringlife #techsavvy #innovation #studyhard #educationmatters #experiment #sciencelovers #physicsisfun #technology #diyprojects #electricalcircuit #physicslab #come #to #physics #فيزياء #الفيزياء by @abdullteff

49k

42

2 years ago

Alpha (α), beta (β), and gamma (γ) radiation differ in their properties and effects on matter. Alpha radiation consists of helium nuclei (2 protons and 2 neutrons). It has a high ionizing power due to its positive charge and large mass, but it has low attenuation power, as it can be blocked by a sheet of paper or a few centimeters of air. Beta radiation, which consists of electrons or positrons, has a medium ionizing power, which makes it interact with atoms less effectively than alpha. However, it penetrates materials better, and typically requires materials such as plastic or glass for attenuation. Gamma radiation, in contrast, is electromagnetic radiation with no charge, making it the least ionizing, but it has a high penetrating power, as it requires large amounts of lead or concrete to reduce its intensity. These properties make each type of radiation suitable for different applications in nuclear medicine, industry, and scientific research.

Join us to learn more! 🥶
.
.
.
#physics #radiation #alpha #beta #gamma #ionization #attenuation #nuclearphysics #science #sciencetok #learnphysics #educationalcontent #physicsfun #sciencefacts #physicsisfun #studygram #physicscommunity #come #to #physics #فيزياء #الفيزياء by @abdullteff

37k

71

2 years ago

The motion of stars around black holes is a fascinating astronomical phenomenon that reflects the powerful gravitational influence of these holes on the objects around them. When a star approaches a black hole, the black hole’s gravity begins to pull the star toward it, changing its path. Its orbit becomes non-circular and may take on an elliptical or even spiral shape. Due to the immense gravity, these stars can travel at speeds of thousands of kilometers per second. The effects of general relativity are also observed, with time running slower near the black hole than farther away. Furthermore, these close encounters can lead to interactions with the surrounding matter, resulting in powerful emissions of X-rays and other forms of radiation. Through observations using astronomical telescopes, scientists have been able to study the motion of stars around black holes, helping to confirm their existence and understand their behavior and impact on the surrounding cosmic environment.

Join us to learn more! 🥶
.
.
.
#physics #astrophysics #blackholes #stars #space #universe #cosmos #gravity #relativity #science #sciencelovers #astrophotography #nasa #exploretheuniverse #astrophysicsfacts #spaceexploration #theoreticalphysics #quantumphysics #stargazing #come #to #physics #black #holes #فيزياء #الفيزياء by @abdullteff

6k

34

2 years ago

Now we have two questions !

The first is what is the name of this acid ?

The second is why did it react with the metal and not with the human hand or the glass (the container) ?

Join us to learn more ! 🥶
.
.
.
#physics #chemistry #strongacids #sciencefacts #learnphysics #chemistrylove #sciencetips #educationalcontent #experiment #scienceisfun #physicsfun #chemistryteacher #acidsandbases #scientificmethod #scienceexperiment #come #to #physics by @abdullteff

20k

4k

2 years ago

Suppose the magnet had not been discovered yet, what would our lives be like ?

Join us to learn more! 🥶
.
.
.
#physics #magnetism #magnets #science #learnphysics #physicsfun #magneticfield #electromagnetism #physicsfacts #scienceexperiment #educationalcontent #studyphysics #physicslover #sciencecommunity #physicsisfun #come #to #physics #فيزياء #الفيزياء #مغناطيس by @abdullteff

55k

777

2 years ago

Archimedes’ principle is a principle in physics that states that “Any body immersed in a fluid experiences an upward force equal to the weight of the fluid it displaces.”

The principle can be summarized as follows:

• When an object is immersed in a fluid (such as water), it experiences an upward force from the bottom.

• This force is known as the buoyant force, and is the result of the pressure difference between the bottom and top of the immersed object.

• If the weight of the object is less than the weight of the fluid it displaces, the object will float. If its weight is greater, it will sink.

Archimedes’ principle is used in many applications, such as the design of ships and submarines, as well as in the study of the behavior of objects immersed in fluids.

Join us to learn more! 🥶
.
.
.
#physics #archimedesprinciple #buoyancy #fluiddynamics #sciencefacts #learnphysics #educationalcontent #scienceislife #physicsfun #experiment #scientificmethod #physicslover #studyhard #physicsworld #explorephysics #come #to #physics #فيزياء #الفيزياء by @abdullteff

18k

88

2 years ago