You must find the unit cost in dollars per gallon for each purchase by dividing the cost by the number of gallons.
Graven: $55.20 for 15 gallons
$55.20/(15 gal) = $3.68/gal
Project: $72.80 for 20 gallons
$72.80/(20 gal) = $3.64/gal
Answer: Project paid less per gallon.
Dante had sent 35 texts last month.
9514 1404 393
Answer:
Step-by-step explanation:
For the GCF to be 6, terms of the polynomial must be multiples of 6, but must have no other common factors. A simple polynomial that meets this requirements is ...
6a +12b
One equivalent form can be had by factoring 6 from the terms:
6(a +2b)
Since 6 has a factorization of its own, another equivalent form can be had by factoring out one of the factors of 6. The ones of interest are 2 and 3, so we can write ...
2(3a +6b)
or ...
3(2a +4b)
X = number of roses
y = number of carnations
the cost of roses is therefore: 2x
the cost of carnations is therefore: 4y
The sum of these needs to be less than or equal to 20. Thus our solution:
2x + 4y ≤ 20
(G)
Can the 2/5 invite a fraction and add them