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Is it normal for phones to get warm during heavy usage?
Yes, it's normal for phones to warm up during resource-intensive tasks like gaming or video streaming. However, if it becomes excessively hot, it may indicate a problem.
Yes, it’s normal for phones to warm up during resource-intensive tasks like gaming or video streaming. However, if it becomes excessively hot, it may indicate a problem.
See lessCan I leave my phone in the refrigerator to cool it down quickly?
No, refrigerators can be too cold for your phone and might cause condensation inside the device, leading to damage.
No, refrigerators can be too cold for your phone and might cause condensation inside the device, leading to damage.
See lessCan using the phone while charging cause overheating?
Yes, using the phone while charging can generate heat and lead to overheating. It's best to avoid prolonged usage during charging.
Yes, using the phone while charging can generate heat and lead to overheating. It’s best to avoid prolonged usage during charging.
See lessWhat is Coulomb’s law?
We know that two oppositely charged objects attract each other and same charged objects repel each other. We can know the value and direction of this force of attraction or repulsion from Coulomb's law. Coulomb's law The force of attraction or repulsion between two point charges in any given mediumRead more
We know that two oppositely charged objects attract each other and same charged objects repel each other. We can know the value and direction of this force of attraction or repulsion from Coulomb’s law.
Coulomb’s law
The force of attraction or repulsion between two point charges in any given medium is proportional to the product of their charges and proportional to the square of the distance between them. This force acts along their connecting line.
Here many may think, the Coulomb force depends only on charge value and distance. But no. This force also depends on the permeability of the medium in which the charge is contained (air, liquid or any other medium).
However, Coulomb’s force has some limitations. As this force applies only to point charges.
See lessWhat is point charge?
If a charge of any value is concentrated at a point or we can assume that the charge is concentrated at a point, then we can consider that charge as a point charge.
If a charge of any value is concentrated at a point or we can assume that the charge is concentrated at a point, then we can consider that charge as a point charge.
See lessWhy the clock rotate to the right?
All discoveries in science must have a reason, one such reason being clockwise rotation. In the early days there were no clocks like now, there were sun clocks. And there is a link between the movement of the clock and the understanding of time in the shadow of the sun. Many believe that the first cRead more
All discoveries in science must have a reason, one such reason being clockwise rotation. In the early days there were no clocks like now, there were sun clocks. And there is a link between the movement of the clock and the understanding of time in the shadow of the sun.
Many believe that the first clock was invented in the Northern Hemisphere. There, too, clocks were invented to keep pace with the movement of the sun’s shadow.
It is said that the movement of the sun is from east to west in the southern hemisphere. And the history of the clock is related to the movement of the sun.
East to West motion simply means left to right motion. And keeping that speed in mind, the clock speed is from left to right. This amazing story can surprise us even today.
See lessWhat is the difference between center of mass and center of gravity?
Center of gravity and center of mass What is the center of gravity? The point through which the gravitational force acting on each particle of an object passes is called the center of mass of the object. Relatively speaking, this point is identified as the mass carrier of the entire object. For examRead more
Center of gravity and center of mass
See lessWhat is the center of gravity?
The point through which the gravitational force acting on each particle of an object passes is called the center of mass of the object. Relatively speaking, this point is identified as the mass carrier of the entire object.
For example, we can assume that the mass of a balanced marble is concentrated at its center. So the center of the marble is its center of mass. But nothing in our real world is perfectly balanced. Therefore, if we consider their center as their center of mass, it will not be correct. If we can determine the center of mass by balancing the mass of the entire object, we can assume that point as the true center of mass. But that point is almost impossible to determine with certainty.
What is the center of gravity?
When the gravitational acceleration is multiplied by the mass of an object, we call it force or weight. Another name for this weight is weight. So weight is actually just a manifestation of force. Like the center of mass, an object also has a center of gravity. Since the weight depends on the gravitational acceleration of the Earth, the center of mass also depends on the line connecting the center of the Earth to the object on the Earth’s surface.
What is the center of gravity?
When the gravitational acceleration is multiplied by the mass of an object, we call it force or weight. Another name for this weight is weight. So weight is actually just a manifestation of force. Like the center of mass, an object also has a center of gravity. Since the weight depends on the gravitRead more
When the gravitational acceleration is multiplied by the mass of an object, we call it force or weight. Another name for this weight is weight. So weight is actually just a manifestation of force. Like the center of mass, an object also has a center of gravity. Since the weight depends on the gravitational acceleration of the Earth, the center of mass also depends on the line connecting the center of the Earth to the object on the Earth’s surface.
See lessWhat is the center of mass?
The point through which the gravitational force acting on each particle of an object passes is called the center of mass of the object. Relatively speaking, this point is identified as the mass carrier of the entire object. For example, we can assume that the mass of a balanced marble is concentrateRead more
The point through which the gravitational force acting on each particle of an object passes is called the center of mass of the object. Relatively speaking, this point is identified as the mass carrier of the entire object.
For example, we can assume that the mass of a balanced marble is concentrated at its center. So the center of the marble is its center of mass. But nothing in our real world is perfectly balanced. Therefore, if we consider their center as their center of mass, it will not be correct. If we can determine the center of mass by balancing the mass of the entire object, we can assume that point as the true center of mass. But that point is almost impossible to determine with certainty.
See lessHow is the screenshot on mobile? Which camera is based on front camera or back camera?
What is seen on a phone or computer screen is essentially a canvas that is refreshed over and over again. Different applications occupy each rectangle of that canvas, and give instructions on when and how to draw that rectangle. For example, after knowing that the button has been clicked, it gives iRead more
What is seen on a phone or computer screen is essentially a canvas that is refreshed over and over again. Different applications occupy each rectangle of that canvas, and give instructions on when and how to draw that rectangle. For example, after knowing that the button has been clicked, it gives instructions to change the image of the button, so that it seems that the button has been pressed. Developers of applications do not have to deliver these “instructions” directly to the canvas. Because that work is a bit complicated. In between there are some intermediate layers through which these instructions are created and finally delivered to the canvas.
At the end of the day, this canvas is a matrix. There are different colors in each room. The matrix itself is encoded as an image when taking a screenshot. So no “camera” is needed.
See lessWhat are para-magnetic materials?
Para-magnetic material Magnetic materials that exhibit very little or negligible attraction when placed in a magnetic field are called paramagnetic materials. Eg: Aluminum, Platinum etc.
Para-magnetic material
See lessMagnetic materials that exhibit very little or negligible attraction when placed in a magnetic field are called paramagnetic materials. Eg: Aluminum, Platinum etc.
What are dia-magnetic materials?
Dia-magnetic material Magnetic materials that repel when placed in a magnetic field are called diamagnetic materials. For example: zinc, mercury, water etc.
Dia-magnetic material
See lessMagnetic materials that repel when placed in a magnetic field are called diamagnetic materials. For example: zinc, mercury, water etc.
What are ferro-magnetic materials?
Ferro-magnetic materials Magnetic materials that are strongly attracted when placed in a magnetic field are called ferromagnetic materials. Eg: iron, steel etc.
Ferro-magnetic materials
See lessMagnetic materials that are strongly attracted when placed in a magnetic field are called ferromagnetic materials. Eg: iron, steel etc.
What is para-magnetic property?
Para-magnetic material Magnetic materials that exhibit very little or negligible attraction when placed in a magnetic field are called paramagnetic materials. Eg: Aluminum, Platinum etc.
Para-magnetic material
See lessMagnetic materials that exhibit very little or negligible attraction when placed in a magnetic field are called paramagnetic materials. Eg: Aluminum, Platinum etc.
What is ferro-magnetic property?
Ferro-magnetic materials Magnetic materials that are strongly attracted when placed in a magnetic field are called ferromagnetic materials. Eg: iron, steel etc.
Ferro-magnetic materials
See lessMagnetic materials that are strongly attracted when placed in a magnetic field are called ferromagnetic materials. Eg: iron, steel etc.
What is dia-magnetic property?
Dia-magnetic material Magnetic materials that repel when placed in a magnetic field are called diamagnetic materials. For example: zinc, mercury, water etc.
Dia-magnetic material
See lessMagnetic materials that repel when placed in a magnetic field are called diamagnetic materials. For example: zinc, mercury, water etc.
What are para-magnetic, dia-magnetic and ferro-magnetic materials?
Para-magnetic material Magnetic materials that exhibit very little or negligible attraction when placed in a magnetic field are called paramagnetic materials. Eg: Aluminum, Platinum etc. Dia-magnetic material Magnetic materials that repel when placed in a magnetic field are called diamagnetic materiRead more
Para-magnetic material
Magnetic materials that exhibit very little or negligible attraction when placed in a magnetic field are called paramagnetic materials. Eg: Aluminum, Platinum etc.
Dia-magnetic material
Magnetic materials that repel when placed in a magnetic field are called diamagnetic materials. For example: zinc, mercury, water etc.
Ferro-magnetic materials
See lessMagnetic materials that are strongly attracted when placed in a magnetic field are called ferromagnetic materials. Eg: iron, steel etc.
Did people really go to the moon?
Yes, people really went to the moon. The Apollo 11 mission, led by Neil Armstrong, successfully landed on the lunar surface on July 20, 1969, making him the first person to walk on the moon. The achievement was a remarkable feat in human history and has been extensively documented and confirmed by sRead more
Yes, people really went to the moon. The Apollo 11 mission, led by Neil Armstrong, successfully landed on the lunar surface on July 20, 1969, making him the first person to walk on the moon. The achievement was a remarkable feat in human history and has been extensively documented and confirmed by scientific evidence and multiple sources.
Please read this, I hope you will get the answer.
See lessWho was Neil Armstrong?
Neil Armstrong was an American astronaut and the first person to set foot on the moon. He made history on July 20, 1969, as commander of NASA's Apollo 11 mission, becoming the first human to walk on the lunar surface. His iconic words upon stepping onto the moon - "That's one small step for man, oneRead more
Neil Armstrong was an American astronaut and the first person to set foot on the moon. He made history on July 20, 1969, as commander of NASA’s Apollo 11 mission, becoming the first human to walk on the lunar surface. His iconic words upon stepping onto the moon – “That’s one small step for man, one giant leap for mankind” – have forever immortalized his significant contribution to space exploration.
See lessWhat is Cold War?
The Cold War was a geopolitical and ideological struggle that emerged after World War II between the United States and its allies, representing the Western bloc, and the Soviet Union and its allies, representing the Eastern bloc. It lasted from the late 1940s until the early 1990s, characterized byRead more
The Cold War was a geopolitical and ideological struggle that emerged after World War II between the United States and its allies, representing the Western bloc, and the Soviet Union and its allies, representing the Eastern bloc. It lasted from the late 1940s until the early 1990s, characterized by tension, rivalry, and the fear of nuclear conflict between the two superpowers.
The term “cold” in Cold War refers to the fact that the conflict did not escalate into direct military confrontations between the United States and the Soviet Union. Instead, both sides engaged in an intense and prolonged ideological, political, economic, and technological competition. The world was effectively divided into two spheres of influence, with the United States advocating for democracy, capitalism, and individual freedoms, and the Soviet Union promoting communism, state-controlled economies, and collective societies.
Key events during the Cold War include the division of Germany into East and West Germany, the Berlin Airlift, the Korean War, the Cuban Missile Crisis, and the Space Race. The arms race, involving the development of nuclear weapons and long-range missiles, heightened global tensions and raised the specter of a nuclear war that could potentially devastate the planet.
The Cold War came to an end in the early 1990s with the dissolution of the Soviet Union and the subsequent collapse of communist regimes in Eastern Europe. This marked a significant turning point in world history, as it led to a shift in the global balance of power and the emergence of a unipolar world with the United States as the sole superpower. Despite its conclusion, the legacy of the Cold War continues to shape international relations and geopolitics to this day.
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