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If  we rotate  the  figure 180°,  then the  first choice is  correct....

X =  (5, 4)

When  reflected across the  y  axis , the  x coordinate just changes  signs

So.....

X'  = ( -5, 4)

They paid  about  (52.30 - 3)  / 52.30  =   94.3%   of  the bill

Scale factor???

Taken in pieces  we  have

f^-1 (1)  =  2

f^-1 (2)   =  5

f^-1 (5)  =  3

no what's the answer plz 

Answer:

Each box of muffin mix costs =$0.60

If he buys 6 or more boxes = $0.47

He deicide to buy 8 boxes, means each box is

$0.47

Then,

¦==> 8 x $0.47

¦==> 3.76$

¦===================¦

He will spend 3.76$

¦===================¦

I HOPE IT HELPFUL

Note  that

f(0) =    8

Which implires  that

x^2  - 4    =   0

x^2  =  4

x =  2  =    a

The largest possible value of a is 4.

That's incorrect.

Hey there, Guest!

So, let's solve your problem:

Step 1: Simplify both sides of the equation.

\(n^2=n^2+4n+4\)

Step 2: Subtract n^2 from both sides.

\(n^2−n^2=n^2+4n+4−n^2\)

\(0=4n+4\)

Step 3: Flip the equation.

\(4n+4=0\)

Step 4: Subtract 4 from both sides.

\(4n+4−4=0−4\)

\(4n=−4\)

Step 5: Divide both sides by 4.

\(\frac{4n}{4}=\frac{-4}{4}\)

Therefore, n=-1.

Hope this helped! :)

( ﾟдﾟ)つ Bye

(2x + 10)^7            [ 2 ( x + 5) ] ^7            2^7  ( x + 5)^7

_________  =      ______________ =   _____________   =       128 ( x + 5)  =  128x  + 640

 ( x +5 )^6                 ( x + 5 )^6                    ( x + 5)^6

working on it...

a= @

     /||\

     >>

Because one yard is three feet, a floor with a perimeter of x will have a perimeter of x/3 yards.

Therefore, because the warehouse floor has a perimeter of 6,615 feet, the perimieter of the floor in yards will be 6,615/3.

= 2205 yards

(4, -2) is the anwer

Plug both 0 and 2 into g(x) and you'll get the answer. :))

=^._.^=

The first picture is a dilation because the frog got bigger, the second picture is a reflection because they are facing different ways, and the third picture is a translation because the frog is the exact same but in a different place.

It looks to me like the bananas aren't dilated, but just transformed.

So the answer would be the bananas

Because Taylor is 900 feet above ground, and the car is 1550 feet away from her, we can assume that the building is a straight vertical building so that we can use the Pythagorean Theorem to solve this.

\({a}^{2} + {b}^{2} = {c}^{2}\)

So:

Because 1550 is the hypotenuse, and 900 is the length of the vertical leg, we can make this equation:

\({a}^{2} + {900}^{2} = {1550}^{2}\)

\({1550}^{2} - {900}^{2} = {a}^{2}\)

\(2,402,500 - 810,000 = {a}^{2}\)

\(1592500 = {a}^{2}\)

\(\sqrt{1592500} = a\)

\(1261.9429464123962526 = a\)

So, a is aproximately 1261.94.

Hope this helps :)

I don't know if there is some kind of algebraic way to find this (I'm pretty sure there isn't) so let's just list the multiples of 21.

Green = Possible answer

Red = Not possible answer

21, 42, 63, 84, 105, 126, 147, 168, 189, 210, 231, 252, 273, 294, 315, 336, 357, 378, 399, 420, 441, 462, 483, 504, 525, 546, 567, 588, 609, 630, 651, 672, 693, 714, 735, 756, 777, 798, 819, 840, 861, 882, 903, 924, 945, 966, 987, 1008, 1029

In total, we have 7 positive multiples of 21 that have no digits smaller than 5. Now, we need to figure out the smallest one, which is easy:

The first green number is 567, which will therefore be our answer.

Ans = 567

Hope this helps :)

Because Miguel rode 16 miles, by ways of simple addition and subtraction we can figure out how many miles they all rode.

Miguel = 16 miles

Will = 16 + 5 miles

Belle = 16 + 5 - 18 miles

So:

Miguel = 16 miles

Will = 21 miles

Belle = 3 miles

Now, if we add them all up, we get:

16 + 21 + 3 miles

= 40 miles