C and D are the same, so its between A and B, which concludes your answer should be B
Answer:
Step-by-step explanation:
Law of logarithm
LogAB = logA+logB
LogA/B= LogA -LogB
Also LogA^n= nLogA
So, we are going to use these three rules
Given that,
1. In(mn³/p)
Apply the division rule
Then,
In(mn³/p)= In(mn³) - In(p)
Also apply multiplication rule
In(mn³) - In(p) = In(m) + In(n³) - In(p)
Also apply the index rule
In(m) + In(n³) - In(p)
In(m) + 3In(n) - In(p)
Answer, the first option is the correct option
2. 3In(x)+2In(y)+loge(z)
Firstly loge is called natural logarithm which is also the In. Loge means In
Then, the question becomes
3In(x)+2In(y)+In(z)
Apply the rules above
First apply index rule
In(x³)+In(y²)+In(z)
Then, applying the addition rule
In(x³y²z). Answer
The second option is the correct answer
The statement, m∠4 = m∠5, then then r||s is true based on the converse of corresponding angles theorem.
<h3>What is the Converse of Corresponding Angles Theorem?</h3>
Based on the converse of corresponding angles theorem, if two corresponding angles, angles 4 and 5 are congruent or equal to each other, then the lines on which they lie on, lines r and s are congruent.
Therefore, based on the converse of corresponding angles theorem, m∠4 = m∠5, then then r||s.
Learn more about the converse of corresponding angles theorem on:
brainly.com/question/7066290
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Not sure but i think its both 1/8ths...not sure though...sorry