Answer:
If the two fractions simplify to fractions with a common denominator, you can then compare numerators. If the denominators are different, you can find a common denominator first and then compare the numerators. Two fractions are equivalent fractions when they represent the same part of a whole.
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Answer:
The factored version of the given equation is going to be (3x² + 4y)(x + 5)
Step-by-step explanation:
<em>3x³ + 15x² + 4xy + 20y</em>
First, you break down 3x³. You can do this by finding the common factor of 3x³ and 15x². You can add the x to the other parentheses because x times x² equals x³
<em>(3x² + )(x + 5)</em>
Now, we break down 4xy by finding the common factor of 4xy and 20y.
<em>(3x² + 4y)(x + 5)</em>
So, the factored version of the equation above is (3x² + 4y)(x + 5)
The <em>first five</em> terms of the <em>recursive</em> sequence are 5, 12, 19, 26 and 33.
<h3>How to use recursive equations to generate a series</h3>
In this question we have a <em>linear recursive</em> equation that requires the value of the <em>immediately previous</em> element to generate the next one. Then, we need to evaluate the expression for the first five elements:
i = 1
a₁ = 5
i = 2
a₁ = 5, a₂ = a₁ + 7
a₂ = 5 + 7
a₂ = 12
i = 3
a₂ = 12, a₃ = a₂ + 7
a₃ = 12 + 7
a₃ = 19
i = 4
a₃ = 19, a₄ = a₃ + 7
a₄ = 19 + 7
a₄ = 26
i = 5
a₄ = 26, a₅ = a₄ + 7
a₅ = 26 + 7
a₅ = 33
The <em>first five</em> terms of the <em>recursive</em> sequence are 5, 12, 19, 26 and 33.
To learn more on recursive sequences: brainly.com/question/8972906
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Answer:
where's the question?
Step-by-step explanation:
BOBO AMPT HAHHA LAKAS MAG MURA
Hundreds 100
tens 20
ones 18
so add 100+20+18 and get
138 is your answer
Hope this helped! :D
