The picture above shows 3 sets of balloons, all with a particular charge. Which of the picture(s) is true? Explain. Then explain why the other 2 pictures are incorrect. Make sure to explain all 3 sets.
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We know, Like charges repel each other whereas unlike charges attract each other, In picture 3 they are like charges (both are positive) so, we can repulsion hence, picture is correct!
In picture 1, they are unlike charges, & showing repulsion which is wrong, same In picture 2, they are like charges & showing attraction so they are wrong as well
Hope this helps!
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HELPPPPP ME! which of the following items would not be considered a resistor in an electrical circuit light bulbdoorbellcomputeron/off switch
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on Earth's equator indefinitely because its orbit is continually adjusted
to ...
-- be in the plane of the equator,
-- be as perfectly circular as possible,
-- have a period exactly equal to the Earth's rotation period ...
about 23 hours 56 minutes 4 seconds, not 24 hours.
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20000 ft/s or 6100 m/s
T
F
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Explanation :
The momentum of an object is defined as the product of its mass and the velocity with which it is moving. It is denoted as p.
Mathematically, it is written as :
m is the mass of an object
v is the velocity
So, it is clear that the momentum of an object is directly proportional to its velocity.
The statement "as a moving object's velocity decreases, its momentum decreases" is absolutely true.
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The relationship between the stiffness of a medium and the speed of the wave is directly proportional. Because molecules are closer in a stiff medium, an increase of stiffness in a medium would also result to an increase in which a wave travels.
2. A stationary ball on the ground
3. A sleeping dog
4. A boy running across the street
5. A car traveling on the road
6. A stretched rubber band
7. A basketball being thrown
8. A girl biking at the park
9. A leaf lying on the ground
10. A planet revolving around a star
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1. An apple falling from a tree: Kinetic energy increases as it falls, while potential energy decreases.
2. A stationary ball on the ground: No kinetic energy (it's not moving), but it has potential energy due to its position above the ground.
3. A sleeping dog: The dog has potential energy due to its position above the ground, but it's not in motion, so there's no significant kinetic energy.
4. A boy running across the street: The boy has both kinetic and potential energy. His motion represents kinetic energy, and his position above the ground while running represents potential energy.
5. A car traveling on the road: The car has both kinetic energy (due to its motion) and potential energy (due to its position above the road).
6. A stretched rubber band: The stretched rubber band has potential energy stored in its stretched configuration.
7. A basketball being thrown: The basketball has both kinetic energy (while it's in motion) and potential energy (when it's at the highest point of its trajectory).
8. A girl biking at the park: Similar to the boy running, the girl on the bike has both kinetic and potential energy.
9. A leaf lying on the ground: The leaf has potential energy due to its position above the ground, but it has little to no kinetic energy unless it's moving in the wind.
10. A planet revolving around a star: The planet has both kinetic energy (due to its orbital motion) and potential energy (related to its position within the gravitational field of the star).
In general, potential energy is associated with an object's position or state, while kinetic energy is associated with its motion.
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Frequency=1/4
Frequency= 0.25Hz