The scale factor from Figure A to Figure B is 4
<h3>How to determine the
scale factor from Figure A to Figure B?</h3>
From the question, we have the following statement:
Figure B is a scaled copy of Figure A.
The corresponding side lengths of figure A and figure B are:
Figure A = 10
Figure B = 40
The scale factor from Figure A to Figure B is then calculated as:
Scale factor = Figure B/Figure A
Substitute the known values in the above equation
Scale factor = 40/10
Evaluate the quotient
Scale factor = 4
Hence, the scale factor from Figure A to Figure B is 4
Read more about scale factor at
brainly.com/question/24968688
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Answer:
A quadratic equation is some thing like
(x+2)^2
or
(x+2)(x+5)
In order to solve them, the most basic method is the FOIL method
F-First
O-Outside
I-Inner
L-Last
So for example
(x+2)^2
Which is basically
(x+2)(x+2)
So the first is the 2 Xs
(x+2)(x+2)
x*x=x^2
The outer is the x and the 2,
(x+2)(x+2)
2*x=2x
Now the Inner which is the 2 and the x
(x+2)(x+2)
2*x=2x
And finally the last which is the 2 and the second 2
(x+2)(x+2)
2*2=4
Now add them all up
X^2+2x+2x+4
Combine like terms
x^2+4x+4
There you have it
Do the same with every other quadratic equation
Answer:
I cant even read this
Step-by-step explanation:
POOR QUALITY
According to the information given, the absolute value inequality that can be used to assess which pens are tolerable is:

The <em>absolute value</em> function measures the <u>distance of a point to the origin</u>, and is defined by:
The weight must be of 10g, with a tolerance of 2g, which means that the <u>absolute value of the difference between the weight w and 10g must be of at most 2g</u>, hence the inequality is:

To learn more about absolute value inequalities, you can take a look at brainly.com/question/24005819
Hello, I apologise for my late response.
I admit that I'm not the best at drawing XD
My shapes were drawn inaccurately so you have to draw yours more accurate
I chose
1. Isosceles
2. Scalene
3. Equilateral
4. Square
5. Trapezoid
6. Parallelogram
7. Right-angled
8. Volume
9. Rectangle
10. Quadrilateral
If you can't tell the shapes, please tell me