Astronomers suspect that a supernova explosion occurred near the nebula that gave birth to the solar system because it generated telltale patterns of unstable, short-lived radioactive isotopes.
<h3>Did a supernova cause the solar system to form?</h3>
- Our solar system may have formed when a cataclysmic supernova explosion's shockwave collided with a gas cloud.
- Samples of early meteorites still contain traces of the material ejected from the ancient blast.
- The supernova explosion that gave birth to our sun may have also contributed to the rotation of our solar system, enabling the construction of the planets, including Earth, according to scientists researching this process.
- The shock wave from a supernova may have had enough energy to crush the dust cloud before it, according to earlier research.
- And investigators have looked for signs of that explosion: Radioactive isotopes that are unstable and short-lived form distinctive patterns after supernovae.
- The identification of these anomalies' telltale signs in prehistoric rocks would support the theory that a supernova sparked the formation of the solar system.
<h3>What Is a Supernova?</h3>
- The largest explosion that humans have ever witnessed is a supernova.
- Each blast is the extremely bright, super-powerful explosion of a star.
Can learn more about supernova from brainly.com/question/24811835
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I think the correct answer from the choices listed above is option A. When heat is removed, a gad become a liquid because the particles in a liquid have less kinetic energy than the particles in gas. As the heat is removed, the particles will experience in decrease of their kinetic energies.
Answer:
20 Joules
Explanation:
Mechanical Energy is the sum of kinetic and potential energy.
Since energy can only be transferred and cannot be lost, kinetic energy=potential energy.
Now we only need to use one of the formulas to find the answer. In this answer I'll be using the formula for potential energy which is mass × gravitational field strength ×height.
Substitute the values in and using gfs=10, the answer will be 20J.
The mixture of gases round the body or nucleus of the comet is called a coma.
The velocity, 50 m/s, has two components - vertical and horizontal velocities.
The vertical component = 50 sin 30 = 25 m/s
The horizontal component = 50 cos 30 = 43.3 m/s
(a) Let t be the time taken for the vertical component to reach its peak from initial velocity = 25 m/s to its final velocity = 0.
Using the linear motion equation v = u - gt
0 = 25 - 10t
t = 2.5 s
Time taken to go up and down = 5 s
Time to hit the ground = 5 s
(b) Horizontal distance dealt x = 43.3 * 5 = 216.5 m
This is not the correct answer, but explains the problem thoroughly.
