Answer:
nope I have no idea heheheheheheheh
Cube A volume = 3^3 = 27 cubic meters
Cube B volume = 6^6 = 216 cubic meters
Cube B has (216 / 27) the volume (or 8 times the volume) of Cube A.
F(0)=-(0+2)²+2 = -1*(2)² + 2 = -4 + 2 = -2 y =-2
element of the set x = 0 attribute to an element of a set of y ( calculated y = -2 )
f(1)=-(1+2)²+2 = -1*(3)² + 2 = -9 + 2 = -7 y = -7
<span>element of the set x = 1 attribute to an element of a set of y ( calculated y = -7 )
</span>f(2)=-(2+2)²+2 = -1*(4)² + 2 = -16 + 2 = -14 y = -14
<span>element of the set x = 2 attribute to an element of a set of y ( calculated y = -14 )
</span>f(3)=-(3+2)²+2 = -1*(5)² + 2 = -25 + 2 = -23 y = -23
<span>element of the set x = 3 attribute to an element of a set of y ( calculated y = -23 )
</span>f(4)=-(4+2)²+2 = -1*(6)² + 2 = -36 + 2 = -34 y = -34
<span>element of the set x = 4 attribute to an element of a set of y ( calculated y = -34 )</span>
Certain because the papers are labeled from 1 - 12, thus you will always pick out a number less than 15.
Answer:
y = 2/7x + 7
Step-by-step explanation:
We start off by putting the original equation into slope-intercept form. Subtract 7x from both sides, then divide both sides by -2. Your new equation should be y = -7/2x - 8. It's important to know that when two lines are perpendicular, their slopes (m) are opposite reciprocals of each other. So -7/2 becomes 2/7. The first part of your final equation is y = 2/7x + b.
Next, we need to find the y intercept (b). You need to plug the x and y values from the given coordinate point (-7,5) into your final equation. You should end up with: 5 = 2/7(-7) + b. Then, solve for b.
5 = -14/7 + b
5 = -2 + b
7 = b
Finally, plug the b value into your final equation and you will have your answer.
