Samantha buys one vase and x roses. The vase costs $15 and each rose costs $2.What function equation represents the amount of money Samantha spends?

f(x)=15x−2

f(x)=2x−15

f(x)=2x+15

f(x)=15x+2

Answers

Answer 1
Answer: I believe the correct answer from the choices listed above is the third option. The equation that would represent the amount of money Samantha spends would be f(x)=2x+15 where 15 represents the value of the vase which is a fix amount and 2x is the value of the roses.

Hope this answers the question. Have a nice day.
Answer 2
Answer:

Answer:

f(x)=2x+15

Step-by-step explanation:



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Jay traveled from Miami to Jacksonville, a distance of 320 miles. He left Miami at 8:00am, stopped for lunch for 30 minutes, and stopped for two 15 minute breaks at rest areas. He arrived in Jacksonville at 2:15pm. What was his average rate of speed during his travel time? Please explain the steps to get the answer. Thanks!
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A high school basketball team scored 60 points in last week’s game. The team scored a total of 27 baskets; some were two-point shots and some were three-point shots. How many two-point shots did they make? How many three-point shots did they make?x + y = 27,


2x + 3y = 60



What is the solution of the system of equations, and what does it represent?


options:

(6, 21); 6 two-point shots and 21 three-point shots

(6, 21); 6 three-point shots and 21 two-point shots

(21, 6); 21 two-point shots and 6 three-point shots

(21, 6); 21 three-point shots and 6 two-point shots

Answers

Answer:

the answer is (21, 6); 21 two-point shots and 6 three-point shots

Step-by-step explanation:

Answer:

c

Step-by-step explanation:

i did the test

Multiply the following

Answers

(5(y+4))/(2)

Find the value of y.

Answers


You're working with two right triangles here.

The big one is the whole drawing.  It's lying flat on its hypotenuse.
One side of the big triangle ... the left side ... has no label.
We'll be working with that side.  Let's call it ' S ' .

The smaller triangle is the left piece of the big one. 
Its height is 'y', and its base is 4. ' S ' is its hypotenuse.

Go to your toolbox and pull out the little box marked "Pythagoras".
Inside that box is the equation you need in order to work on this
problem, or any problem with right triangles.  The equation is ...

   (hypotenuse)²  =  (length of one leg)²  +  (length of the other leg)² .

 In the big triangle, 'x' is one leg, and the hypotenuse is  16 .

                           (16)²  =  x² + S²

                             256  =  x² + S²

Subtract  x²  from each side:     S²  =  256 - x²

Take the square root of each side:      S  =  √(256 - x²)
___________________________________

Now look at the small right triangle.

One leg is 4.  The other leg is 'y'.  The hypotenuse is ' S '.  

                                              S²  =  (4)² + y²

Subtract 16 from each side:    y²  =  S² - 16

Writer in the value of S² that
we worked out before:              y² = (256 - x²) - 16 .

                                                 y²  = 240 - x²

Take the square root
of each side:                            y  =  √(240 - x²) .

That's what you're supposed to find.  So we're done.
_________________________________________

Oh phooey !   Sometimes I am so stupid.

Forget almost everything I did up above, and
let's back up several steps:

==>  Cut the picture along the line marked 'y', and throw away
         the left piece, with the '4' on the bottom.  We don't need it.

-- Now you have a right triangle that I didn't even notice before.
   One leg is  12.  The other leg is 'y'.  The hypotenuse is 'x'.

  Pythagoras says:                      (x²)  =  (12²) + (y²)

Subtract  12²  from each side:      y²  =  x² - 144

Take the square root of each side:    y = √(x² - 144) .

We know that the shortest leg of the largest right triangle (hypotenuse length 16) has a length of the square root of (y^2 + 16) through the pythagoras theorem. We also know that x is equal to the square root of (144 + y^2) as well. Finally, we know that 256 = (y^2 + 16) + (y^2 + 144), since we use the pythagoras theorem one last time and square each of the values we have got for the two legs of the largest right triangle. Therefore, 256 = 2y^2 + 160, 96 = 2y^2, 48 = y^2, y= sqrt48 = 4sqrt3 = 4√(3).

Susan rides her bicycle 5 miles in 1/2 of an hour. At this rate, how many miles could she ride in 2 hours?

Answers

Answer:

20 miles

Step-by-step explanation:

to find how many miles she travels in one hour, multiply by 2 to get 10, and then multiply it by 2 again to find 2 hours

Answer:

20 miles

Step-by-step explanation:

To find out how many miles can be ridden in 2 hours, multiply 1/2 and 5 by 4 to get both answers like so:

1/2 (4) = 2 HOURS

5 (4) = 20 MILES

Therefore, Susan can ride her bike 20 miles in 2 hours.  

What is the fraction equivalent of 40% in simplest form? 2/5 4/10 40/100 4/100 pan​

Answers

Answer:

2/5

Step-by-step explanation:

Answer:

2/5

Step-by-step explanation:

good luck you got this

Vertical angles A. angles that are created when two line intersect
B. angles that add up to 180 degrees
C. angles that form a line
D. adjacent angles
plz help

Answers

vertical angles

the correct answer will be

A. angles that are created when two line intersect

because each of the pairs of opposite angles made by two intersecting lines.