Answer:
first you much determine the largest common factor of 16 and 60, which is 4. This means that 4 can be divided evenly into both 16 and 60 and that 4 is the maximum number of flowers for each arrangement.
Next you divide 16 by 4 to get the total number of arrangements of roses (16/4= 4 arrangements), and
divide 60 by 4 to get the total number of arrangements of carnations (60/4= 15 arrangements).
This means that Kyle can make a total of 19 arrangements (4+15=19).F
Step-by-step explanation:
hope this helps:0
Create equations:
10X+15y=2575.
X+Y=210.
Solve for X: X=210-Y, and sub it into the other equation: 10(210-Y)+15Y=2575. Solve for Y: 2,100-10y+15y=2575, 5y=475, y=95.
Sub Y into the original problem: X+95=210. Solve: X=115.
The first mechanic charges $115 per hour and the second charges $95 :)
Amount of hours worked = h
7h = 91
h = 13 hours worked that week
h (is greater to or equal to) 15
7 x 15 would equal 105 which means the most she can make in a week is $105
13. The words are telling you
.. HT +TS = HM +MS +2
.. (2x +1) +(x) = (x +1) +(x +2) +2
.. 3x +1 = 2x +5 . . . . . . . . . . . . . . collect terms
.. x = 4 . . . . . . . . . . . . . . . . . . . . . add -2x-1
HT +TS = 3x +1 = 3*4 +1 = 13 miles
The route via the theater is 13 miles.
Via the mall, the route is 11 miles.
14. Solve this the way you would any 2-step linear equation. Subtract terms that don't have h, and divide by the coefficient of h.
S = 2πr^2 +2πrh
S -2πr^2 = 2πrh
(S -2πr^2)/(2πr) = h
If you like, you can rearrange this to
.. h = (S/(2πr)) -r
" E-14 " means " 10⁻¹⁴ "
It's displayed that way on calculators or printers that can't display superscripts.
