Answer: Because the Senate wanted Pompey as only consul, excluding Caesar, who was dreaded due to his great reputation.
Explanation:
At the end of the <em>First</em> <em>Triumvirate</em>, the Senate preferred Pompey, while Caesar, who had an outstanding support of the people, was rather feared. Apart from the fame among the people, he had the faithfulness of his glorious legions.
Caesar’s great reputation led to the <em>demand of the Senate that he give up the command over his army</em>, what Caesar defied and entered Rome along with his legions. This was considered a <em>coup d’état</em> and the <u>Roman Civil War began </u>between Caesar and Pompey, who had the support of the Senate.
The answer is C. Suspenseful and terrified. Why? because the writer is explaining it in a scary way of how she grabbed him by the shirt and shook him so hard that his teeth could have fallen out.
Nothing Gold can stay by Robert frost
For pearlite, the two phases are present as alternating layers. A -ferrite matrix surrounds cementite particles that are extremely small and parallel and have the shape of needles.
Is pearlite a bainite ?
The primary distinction between bainite and pearlite is that the latter has a microstructure resembling plates while the former has alternating layers of cementite and ferrite.
Two distinct microstructures of steel are referred to by the names pearlite and bainite. These formations develop as a result of altering the temperature of austenite.
A form of steel microstructure known as pearlite comprises a two-layered phase made up of alternating layers of cementite and ferrite. When austenite cools down to below its eutectoid temperature (727 °C), it crystallizes. Also, cast iron and steel have similar structure. On the other hand, Bainite is a form of steel microstructure with a structure like a plate. Between pearlite and bainite, the structure is where the biggest differences lie. Additionally, when austenite cools, bainite develops until it reaches a temperature where austenite structure is no longer stable (thermodynamically unstable). Additionally, similar construction may be seen in steel as well.
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