A differential equation that is a function of y only
1 answer:
Answer:
c. Will produce a slope field with rows of parallel tangents
Step-by-step explanation:
We can write a differential equation that is a function of y only as:
So the derivative, in this particular case, of any function will be a function of the dependent variable y only, it means that the curves you will get should all be pointing in the same direction for each value of x. Therefore the sketch of the slopes field would have parallel curves for each value of x, in other words, it will produce a slope field with rows of parallel tangents.
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is the expression Devonte used the change of base formula to approximate log Subscript 8 Baseline 25.
Given that, Devonte used the change of base formula to approximate log Subscript 8 Baseline 25.
We need to determine the expression did Devonte use.
<h3>What is the formula of change of base formula?</h3>The change of base formula says . It means to change the base of a logarithm logb b a, we just use division
where these logarithms can have any positive number as a base.
Now, log Subscript 8 Baseline 25
Therefore, is the expression Devonte used the change of base formula to approximate log Subscript 8 Baseline 25.
To learn more about the logarithms visit:
brainly.com/question/20785664.
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