There's another way to do this, but I'm showing you what I use.
First: I would go ahead and subtract 9x from both sides of the equation. By doing that, the "9x" on the left side would cancel out and you would be left with "7=-6x-5"
Second: Add 5 to both sides of the equation. It should cancel out the 5 on the right and you should be left with "12=-6x"
Lastly: Divide both sides by -6, the -6 on the right next to the variable will cancel out and you'll be left with "-2=x" Which is the solution.
The answer is 32 because the inscribed angle is 16 and the intercepted arc would be twice that since you have to half it in the formula.
The answer is Yes, this is a valid inference because he took a random sample of the neighborhood. Hope it help!
<span>If you would like<span> to
know what is </span>12/39 in
simplest form, you can
calculate this using the following step:<span>
12/39<span> simplifies
to 4/13 (the common factor of 12 and 39 is 3, so you can divide both
numbers by 3).</span>
<span>The
result is 4/13.</span></span></span>
Answer: 
Step-by-step explanation:
Given
Position of the particle moving along the coordinate axis is given by
Speed of the particle is given by
Acceleration of the particle is
velocity can be negative, but speed cannot
