The sides of a real triangle satisfy the <em>triangle inequality</em>, which just says any two sides add up to more than the third. It's strictly more; if two sides add up to exactly the third that's called a <em>degenerate triangle</em>. It's not a real triangle because the vertices are three collinear points.
The triangle equality fails when the sum of the two smallest sides fails to exceed the the largest side.
A. 4+6=10, degenerate triangle, not a real triangle
B. 4+7>7, isosceles triangles are real, SELECT
C. 4+3<10, not a real triangle
D. 4+7=11, degenerate triangle again
It is <span> n = -14 i believe</span>
For this you're going to use distance formula
D= square root of (x2-x1)^2 + (y2-y1)^2
To prove this is a parallelogram ALL sides must equal the same or two sides + two sides must be the same.
Find the distance of JO, YS, JS, and OS. If you have too find the distance of JY and OY. Using the formula above. Hope this helps you. If you need further help I can assist you with a problem step by step
N+(n+1)= 57
Combine like terms
2n+1=57
Subtract 1 from both sides
2n=56
Divide both sides by 2
n=28
Final answer: 28, 29
Answer: Morgan used aproximately 392.5 cm^3
To solve this, we calculate the voluime of the full can and then subtract the amount of broth remaining
Full can: we use the formula for the volume of a cillinder
Where r is the radius of the can and h the height. In this case, we use 17cm becouse the can is full
Remainning broth: again we use the volume of a cillinder, but in this case we use the height of the reamining broth (12 cm)
Now we do the full can minus the remaining broth:
And thats the amount of broth used
