For a better understanding of the solution provided here please go through the diagram in the file attached.
Let us begin the construction of the triangle in a step by step fashion.
<u>Step 1</u> Take AB as the base.
<u>Step 2</u> Take the point of the compass and place it on A and take the width of the compass to be AB.
<u>Step 3</u> Make an arc (as shown in green for convenience).
<u>Step 4</u> Now, take the point of the compass and place it on B keeping the width of the compass to be AB.
<u>Step 5</u> Make an arc (as shown in yellow for convenience) such that it intersects the arc made in Step 3 at the point C.
<u>Step 6</u> Join the points A and C, and B and C.
The made triangle is the required equilateral triangle, 
. All the sides will be equal to the length AB.
Well I don't know !
Let's figure it out together.
Each cube can land in 6 different ways, so the total number
of possible results with two cubes is (6 x 6) = 36 .
Now we need to figure out how many of those 36 possibilities
meet your specifications ... either 9 or any even number.
Ways to make 9 :
3 . . . 6
6 . . . 3
4 . . . 5
5 . . . 4
Four ways to make 9.
____________________________
Ways to make an even number:
1 . . . 1
3 . . . 1
1 . . . 3
2 . . . 2
5 . . . 1
1 . . . 5
6 . . . 2
2 . . . 6
6 . . . 4
4 . . . 6
6 . . . 6
Eleven ways to make an even number.
_____________________
Total number of ways to succeed = (4 + 11) = 15 ways
So the probability of succeeding (rolling 9 or an even number)
is
15 / 36 = 5 / 12 = 0.41666... = (41 and 2/3) % .
Answer:
<h2>The leg MA measures 22.7 centimeters.</h2>
Step-by-step explanation:
Assuming that's about a right triangle, the image attached shows a representation of this problem.
We use the Pythagorean Theorem to find the missing leg, which we are gonna call 
Therefore, the leg MA measures 22.7 centimeters.
Right now that equation is a function of time, h(t), height with respect to time. If the baseball is on the ground, it has no height. In other words, its height = 0. So if we set the equation equal to 0 and solve for t, time, that will tell us the time that the ball had a height of 0. If you plug those numbers into the quadratic formula, which is the best and most efficient way to factor a quadratic, you will get that the times are -.0615528128 and 4.061552813 seconds. The 2 things in math that will never EVER be negative are time and distance/length. So we know that the ball will not hit the ground at -.062 seconds. Therefore, it hits the ground 4.06 seconds after it was hit.
