Answer:
The correct product is 6,252.
I don't know what Dan did wrong lol
Answer:
No, it's just maximum of two tables that lost balloon so there is no way it affected each table.
Step-by-step explanation:
Number of balloons purchased= x
Number of tables = 8.
Each table has = x/8 balloons
If 2 balloons pop.
Let's assume it's just from a table
That table has( x/8 -2)
If it's from 2 table
The two table has
(X/8-1) for both tables
But the total balloon remaining = x-2
There is no particular equation that can describe the gallon on each table because it's only two balloons that popped.
Answer:
I think you mispelled something there... if the system of equation involves 2x-3, the answer is x = 6/5 and y = -27/5
Step-by-step explanation:
- 7x+3 = -2x-3
1. move -3 to the other side (so add it on both sides)
2. move 7x to the other side (in order to combine like terms)
3. Solve for x (Divide 5 by both systems)
4. Plug x into one of the equations to find y
- 2 * (6/5) -3 = -27/5
- y = -27/5
Where’s the rest of the info??
The answer is 5 because it is consecutive 3 times and it is an odd number
