Answer:
The correct answer is letter "A": To reach the river, this path must be followed.
Explanation:
Dangling modifiers are phrases that confuse the grammatical order of a sentence. This usually arises when the subject of a first clause is hidden in the subsequent segment by using the passive voice of the sentence. Thus, the segment should be corrected by converting the sentence back to the active voice. In the example:
- <em>To reach the river, </em><u><em>this path must be followed</em></u>. (Dangling modifier)
Should be transformed into:
- <em>To reach the river, </em><u><em>you must follow this path</em></u><em>.</em> (Correct form of the sentence)
Answer: She would go along with the group but still believe C is the correct answer
Explanation:
Answer:
Explanation:
In Moore's law it is stated that number of transistors which can be placed in a square inch on an integrated chip would be doubled in every 18 months. This exponential doubling of computing power every 18 months has held true, more or less. The result is a computing industry that has also grown exponentially. Integrated circuits lead to the development of microcomputers.
In the case of pulp wood trees; as pulp wood trees are inputs in the production of paper. Moores law implies that more and more content will be stored digitally, and there will be less printed material produced. Consequently, the demand for paper will fall. The farmer recognizes that the value of his trees will decline over time as there is less demand for paper, so he decides to use his land to produce a product with a projected value.
Answer:
The identity property of multiplication states that a number multiplied by 1 will equal itself.
1.) So, you may have an equation like this:
(4/4) x (3/4) = (12/16) ---simplify---> (3/4)
To find this answer this way, I multiplied the numerators together and the denominators together. Then, I simplified the fraction.
2.) If you were to use the identify property of multiplication, the equation would look like this:
(4/4) x (3/4) ---simplify---> 1 x (3/4) = (3/4)
By recognizing that (4/4) equals 1, the answer can be more easily found through the use of the identity property.
I hope this was what you were looking for!
