Answer:i think
Step-by-step explanation:
1(9x+2)=4+2(6x+4)33
=9 x (396 x + 268) + 2 (396 x + 268)
=9 * 396 x x+2 * 396 x+9 * 268 x+2 * 268
=3564 x^2 + 3204 x + 536
(x^2+2)(x+8) (or) (x^3+5)(x+6) (or) (x+2)(x+8)(x+6)
Answer:
The value of y = 12
Step-by-step explanation:
<u>Points to remember </u>
In a rhombus the diagonals are bisect each other perpendicularly.
<u>To find the value of y</u>
From the figure we can see a rhombus. The <1 is a right angle.
m<1 = 90
Therefore, 8y - 6 = 90°
8y = 90 + 6
8y = 96
y = 86/8
y = 12
Therefore the value of y = 12
The simplified expression of the expression 12x√(900x²y⁴z⁶) is 60x³y²z³
<h3>How to simplify the expression?</h3>
The expression is given as:
12x√(900x²y⁴z⁶)
Take the square root of 900
12x√(900x²y⁴z⁶) = 12x * 30√(x²y⁴z⁶)
Evaluate the products
12x√(900x²y⁴z⁶) = 60x√(x²y⁴z⁶)
Take the square root of the radicand
12x√(900x²y⁴z⁶) = 60x³y²z³
Hence, the simplified expression of 12x√(900x²y⁴z⁶) is 60x³y²z³
Read more about simplified expressions at:
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The expression that represents well the <em>geometric</em> sequence is
and the value of the <em>fourth</em> term is 64. (Correct choice: B)
<h3>How to analyze geometric sequences</h3>
<em>Geometric</em> sequences are <em>exponential</em> expressions with discrete domain, whose form is presented and explained below:
, where a, r are <em>real</em> numbers and n is a <em>natural</em> number. (1)
Where:
- Value of the starting term.
- Common ratio of the series.
According to the statement, we know that the first term of the <em>geometric</em> sequence is 8 and between any two <em>consecutive</em> terms there is a <em>common</em> ratio of 2. If we know that a = 8, r = 2 and n = 4, then the fourth term of the series by means of (1) is:

f(4) = 8 · 8
f(4) = 64
The expression that represents the <em>geometric</em> sequence is
and the value of the <em>fourth</em> term is 64.
To learn more on geometric sequences: brainly.com/question/11266123
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