A rectangle is dilated by a scale factor of n = 1. Which statement is true regarding the image of the dilation?

Answers

Answer 1

Answer: Well, you didn't bother to list the answer choices, so there's no way
I can help you pick the correct choice.

But I can tell you this: Any time a figure is dilated by a scale factor of 1,
the image is congruent to the original figure.

Answer 2

Answer:

Answer:

It is a reduction because 0 < n < 1.

Step-by-step explanation:

Related Questions

Translate the sentence into an equation using n as the unknown number. Then solve the equation for n.Two times a number increased by 5 is 15.a.2n(5) = 15n = 1.5c.2n + 5 = 15n = 20b.2n + 5=15n = 5d.n + 5 = 15n = 10
Rewrite with only sin x and cos x. cos 2x + sin x
The equation of the line which passesthrough the point(0,2) and has a gradientof 1/3 is?
Binary equivalent of decimal number 170
Consider the function f (x) = x³ – 7x² + 3x + 2. 1) Find the derivative, f ’(x). 2) Find the second derivative, f ’’(x). 3) Find the critical numbers of f (x) - just the x-values. 4) Use either the First Derivative Test or the Second Derivative Test to determine if these critical values are a relative maximum or relative minimum. 5) Compute the corresponding y-values and clearly label the relative maximum point and relative minimum point. 6) Find the absolute maximum point and absolute minimum point of f (x) on the interval [-2, 6]. 7) Find the inflection point of f (x).

Solve -3/5y=-9
What does y=?

Answers

Answer:

Step-by-step explanation:

3/5

Which equation has the same soultions as X^2+6x-7=0

Answers

$\n\n\huge\text{The answer is in the attachment !!!}$

$x^(2) +6x-7=0$
Solve by formula : $x_(1.2) = \frac{-b+ \sqrt{ x^(2-4ac) } }{2a}$
$a=1,b=6,c=-7$

$x_(1.2) = \frac{(-6)+ \sqrt{ 6^(2)-4(-7) } }{2}$

$x_(1.2)= \frac{\sqrt{(-6)+ \sqrt{ 6^(2)+28 } } }{2}$

$x_(1.2) = ((-6)+ √(36+28 ) )/(2)$

$x_(1.2) = ((-6)+ √(64) )/(2)$

$x_(1.2) = ((-6)+8)/(2)$

First solution:
$x_(1) = ((-6)+8)/(2)$

$x_(1)= (\not 2)/(\not 2)$

$x_(1) =1$
Second solution:
$x_(2) = (-6-8)/(2)$

$x_(2) =-14:2$

$x_(2) =-7$

The answer is: $x_(1) =1$ , $x_(2) =-7$

Are these ratios equivalent?
18 pedestrians : 9 days
14 pedestrians : 7 days

Answers

Answer: Yes.

Step-by-step explanation: By simplifying both ratios you get 2 pedestrians : 1 day.

Answer:

yes

Step-by-step explanation:

they both equal to 2 pedestirans: 1 day

Dina distributed 120 marbles to three of her friends. Raghu received one-fourth of the marbles. Freya received one - third of the REMAINING marbles. Bineet got half of the REMAINING marbles. Who got the MOST number of marbles?

Answers

They all got the same amount, each person got 30 marbles.

120 divided by 4 = 30.
Raghu received 30.
90 remaining,
90 divided by 3 = 30
Frey’s received 30
There are 60 remaining, Bineet got half of the remaining so he now has 30 as well.

Express 56 million in scientific notation