Answer:
<h2>3x²</h2>
Step-by-step explanation:
Given three functions 3x⁴, 15x³and 21x², the greatest common factor is the greatest value that can divide through the three functions at the same time.
To get this GCF, let us divide each functions into simplest form
3x⁴ = (3 *x * x) * x * x
15x³ = 5 * (3 * x * x) * x
21x² = 7 * (3 * x * x)
<em>It can be seen that the product in parenthesis is common to the three functions given on expanding them, </em><em>hence the greatest common factor of the three functions is 3 * x * x = 3x²</em>
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sana yardımcı olabilir miyim bilmiyorum ama 2 tane şairin senin verdiğin bilgilere uyan şiirleri var ve bu şairler günümüzde popüler
1) Necip Fazıl Kısakürek
2) Aşık Veysel
Başarılar ☺️
Answer:
3
Step-by-step explanation:
You have the polygon MNOPQR which can be expressed as two rectangles pasted one next to each other.
To see the two rectangles in the picture, you can draw a line parallel to segment MR througn point N.
From the original picture you can state the dimensions of both rectangles.
Call S, the point where the line that you drew intercepts the segment RQ.
Then one rectangle is MNSR and the other rectangle is OPQS.
The measures of the sides of the rectangle MNSR are:
- the length of MN = length of SR = base
- the length of MR = the length of NS.= height
So its area is base * height, which you can all A1.
The measured of the rectangle OPQS are:
- segment OP = segment SQ = segment QR - segment SR = base
- segment PQ = segment OS = height
So its area is base * height, which you can call A2.
Then the area of the polygon MNOPQRS is A1 + A2. One of them is 9 u^2 and the other is what the answer is asking for, and that you have calculated above.
With this procedure you can tell the value needed.