Answer: A. A stunning hero, the brave soldier urged his fellows to stand strong, to fulfill their oath, and to not leave even one person behind
Explanation:
The most effective revision of the sentence below is option A"stunning hero, the brave soldier urged his fellows to stand strong, to fulfill their oath, and to not leave even one person behind."
Based on the options given, the best answer is option A. Option B and C are incorrect as the sentence isn't revised properly.
Answer:
The Central Idea of the book is: For most nations, the period of Roman Peace (aka Pax Romana) was the most prosperous time in human history, whereby there is absent of any significant conflict or fighting prior to recent times.
Explanation:
The Book, Pax Romana: War, Peace, and Conquest in the Roman World, was written by Adrian Goldsworthy, who used the text to illustrates the situation and meanings of Roman Peace: Pax Romana, and thereby elucidates various methods utilized to rule the huge Roman empire in between the Republic and Emperor's eras.
Hence, the Central Idea of the book is: For most nations, the period of Roman Peace (aka Pax Romana) was the most prosperous time in human history, whereby there is absent of any significant conflict or fighting prior to recent times.
Answer:
food is made up of chemicals
Answers and Questions:
Question 1: Which substance is a homogeneous mixture?
Answer: Shampoo is a substance of homogeneous mixture.
Question 2: A centrifuge was used to separate a sample into its components. What conclusion about the sample can be formed based on the technique used?
Answer: It was a heterogeneous mixture.
Question 3: Pure substances are made up of single elements or compounds.
Answer: True, Because if a substance is in the purest form, It has to be a single element.
Question 4: How is an emulsion different from a solution?
Answer: The components of an emulsion are single elements or compounds instead of a mixture of compounds.
Question 5: Match the mixture with its description.
Answer: Here's the box
Question 6: Which of the following techniques can be used to separate a homogeneous mixture into its component parts?
Answer: Apply pressure.