Choose the option that fills the blank with the most suitable word:Thi...
Answer:
The correct answer is option 'C' - hardest.
Explanation:
When comparing the metal to other metals, we need to find the superlative form of the adjective "hard." The superlative form is used to describe the highest degree of a quality. In this case, we are comparing the hardness of the metal to all other metals.
To find the superlative form of the adjective "hard," we need to add the suffix "-est" to the adjective. Therefore, the correct form is "hardest."
Here's a breakdown of the options:
a) harder: This is the comparative form of the adjective "hard." It is used when comparing two things. For example, "This metal is harder than that metal."
b) hard: This is the base form of the adjective "hard." It is used to describe the quality of the metal without making any comparisons.
c) hardest: This is the superlative form of the adjective "hard." It is used when comparing more than two things and describing the highest degree of a quality.
d) as hard as: This is a comparison using the phrase "as...as." It is used when two things have the same degree of a quality. For example, "This metal is as hard as that metal."
Since we want to describe the metal as having the highest degree of hardness among all metals, the most suitable word to fill the blank is "hardest" (option 'C').
Choose the option that fills the blank with the most suitable word:Thi...
Option A is incorrect because it is of the comparative degree, which is used when two things are compared, whereas the noun 'metal' is being compared to all metals as a group, hence it's of the superlative degree. Option B is incorrect because 'hard' is a positive adjective, which does not make a comparison. Option C is correct, 'hardest' is a superlative that refers to the highest degree of the quality 'hardness' in comparison to all metals. Option D is incorrect because 'as hard as' is of the positive degree of comparison used when two things are equal in quality, here 'metal' and 'all metals' are not equal in terms of hardness.