Answer:
1. right, 2. median, 3. range or the IQR
Step-by-step explanation:
Step-by-step explanation:
1. Vertical
2. Alternate
3. congruent
4. AAS or SAA
Answer:
We can set up a system of equations.
x + y = 111
0.25x + 0.10y = 18.30
x + y = 111
Subtract 'y' to both sides:
x = -y + 111
Plug in '-y + 111' for 'x' in the 2nd equation:
0.25(-y + 111) + 0.10y = 18.30
Distribute 0.25 into the parenthesis:
-0.25y + 27.75 + 0.10y = 18.30
Combine like terms:
-0.15y + 27.75 = 18.30
Subtract 27.75 to both sides:
-0.15y = -9.45
Divide -0.15 to both sides:
y = 63
Plug this back into any of the two equations to find the 'x' value.
x + y = 111
x + 63 = 111
Subtract 63 to both sides:
x = 48
So there are 48 quarters and 63 dimes.
Step-by-step explanation:
Hope This Helps!
Answer:
<em>2 times
</em>
<em></em>
Step-by-step explanation:
Please refer to the image attached of our <em>solar system </em>in which Saturn and Uranus are clearly visible.
Distance of Saturn from Sun, 
Distance of Uranus from Sun, 
We have to find, how many times the Uranus is far from Sun than Saturn is far from Sun.
Let us begin by multiplying the distance of Saturn from Sun by 2:
From above, we can say that 
is approximately <em>twice </em>of 
.
In other words, we can say that Uranus is at approximately twice distance from Sun than that of Saturn is.
Answer:
|8−x|=2
Step-by-step explanation:
because you have to subtract them together to see how far apart they are
