Answer and explanation:
<u>You're trying to figure out the value of x</u>
<em>If g(x) = 14 then that means that 4x + 6 = 14</em>
4x + 6 = 14 <em>Solve for x</em>
- 6 - 6 <em>Subtract 6 from both sides to get 4x alone</em>
4x = 8 <em> Divide 4x by 4 and 8 by 4</em>
x = 2
<u>Plug in 2 to see if it properly works</u>
<em>g(2) must equal 14</em>
g(2) = 4(2) + 6
g(2) = 8 + 6
g(2) = 14
The answer would be C: 2
Answe65
Step-by-step explanationthat the anews
- Yes, The equations 5y−2x=18 and 6x = −4y−10 form a system of linear equations.
For clear understanding refer to the attachment please! :)
Answer:
If division of the packages in fractional numbers was possible, it should be 2.667 packages per pile.
The answer lies between 2 and 3 packages per pile.
Step-by-step explanation:
This can be solved as a simple division.
To split 8 packages in 3, this should correspond to 8/3≈2.667.
If division of the packages in fractional numbers was possible, it should be 2.667 packages per pile.
Other way to think about it is like mentally allocating a package in each pile. We can go up to 2 packages per pile (a total of 6 packages), and we can only add a package to 2 piles, letting the last pile to have only two packages.
Then, we have 2 piles with 3 packages and one pile with 2 packages.
69 idk if I got this right
