Answer:
The force is 19.3N
Explanation:
F = m × a
= 9.2 × 2.1
= 19.3N (3sf)
heat from the asthenosphere
B.
the earth's magnetic field
C.
the building of volcanoes
D.
motion of tectonic plates
The motion of tectonic plates is the source of energy for an earthquake. This implies the correct answer is D.
Earthquakes mostly happen in some regions because, in some cases, the earth’s tectonic plate comes together. Earthquakes take place at the bottom of the ground as a result of the tension and pressure that occur when the earth’s tectonic plates slide past each other or jam each other.
Earthquake mostly takes place when rock slide past a fault, that is, when there is a break in the Earth’s crust along plate boundaries.
Tectonic plates don’t move very fast, their movement is very slow but if they jam one another, it will result in the building up of tension and pressure on the locked section of the tectonic plates.
In the end, the pressure on the locked section will give in to the increased pressure and make the plates to rapidly move past each other and result in an earthquake.
Earthquakes can as well occur as a result of human activities such as nuclear experiments, mining, etc.
An earthquake can be very dangerous because wherever it happens, it always involves loss of life and property
Therefore, the motion of tectonic plates is the source of energy for an earthquake.
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Surface fire
What best explains how they should complete the table?
with “Inside the nucleus,” because the particle is a proton
with “Inside the nucleus,” because the particle is a neutron
with “Outside of the nucleus,” because the particle is a proton
with “Outside of the nucleus,” because the particle is an electron
Answer:
with “Outside of the nucleus,” because the particle is an electron
Explanation:
The table is best completed with “Outside of the nucleus,” because the particle is an electron.
The particle being described is an electron.
Electrons are negatively charged particles with a mass that is about of protons and neutrons
Mass(a.m.u) location charge
outside of the nucleus negative charge
Electrons orbits round the nucleus in distinct energy levels.
The subatomic particle described in the table is an electron, which is found outside of the nucleus of an atom.
The particle described in the table has a mass of 1/2,000 atomic mass units (a.m.u) and carries a charge. Based on this information, we can conclude that the particle being described is an electron. Electrons are negatively charged subatomic particles that orbit the nucleus of an atom, meaning they are found outside of the nucleus. Therefore, the correct entry for the location column in the table should be Outside of the nucleus.
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You would say Scientific knowledge is always being changed and performed in different ways. Scientific knowledge is always being changed as scientist are experiencing and collecting new information everyday using the scientific method.
Scientific knowledge can be changed or modified as scientists use systematic approaches and rigorous methodologies to gather evidence and formulate theories. The scientific method encourages scientists to question existing knowledge, challenge hypotheses, and propose new ideas. Peer review and continuous evaluation help refine scientific knowledge.
Scientific knowledge can indeed be changed or modified. The nature of scientific research is based on the idea of continuous learning and refining our understanding of the world. Scientists use systematic approaches and rigorous methodologies to gather evidence and formulate theories, but these theories are always subject to revision and refinement as new evidence emerges. This is a key aspect of the scientific method, which encourages scientists to question existing knowledge, challenge hypotheses, and propose new ideas.
For example, the theory of evolution has undergone several modifications and updates since it was first proposed by Charles Darwin. As new fossil evidence, genetic studies, and experimental observations have emerged, our understanding of evolutionary processes has evolved and become more nuanced.
In addition, the scientific community engages in peer review, where scientists evaluate and critique each other's work. This process ensures that scientific knowledge is continuously evaluated and refined, and any flaws or limitations in research are identified and addressed.
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