You can get the amount that they get, by getting the amount of home runs vs the amount of wins they won, to show how the homeruns affect the wins
you can have x as the wins, and y by the amount of homeruns per win.
Then you can create first a bar graph, and then a line graph, to show how the homeruns affects the victory
hope this helps
Answer:
999 ft
Step-by-step explanation:
In the picture attached, the drawn of the situation is shown
<u>Data</u>
- distance from balloon A to the ground is 1,200 feet
From definition:
tan(∠x) = opposite/adjacent
tan(56°) = 1200/adjacent
adjacent to ∠x = 1200/tan(56°)
adjacent to ∠x = 809.41 ft
tan(∠y) = opposite/adjacent
tan(81°) = 1200/adjacent
adjacent to ∠y = 1200/tan(81°)
adjacent to ∠y = 190.06 ft
The distance from balloon A to balloon B is: 809.41 + 190.06 = 999.47 ≈ 999 ft
Answer: Triangle LMN is an obtuse triangle.
The angle at vertex L is acute.
The angle at vertex N is acute.
Step-by-step explanation:
Here, triangle LMN has an obtuse angle at vertex M,
Thus, by the definition of obtuse angle triangle LMN is an obtuse triangle,
Now, Angle M is obtuse,
⇒ 90° < m∠ M < 180°
Since, by the property of a triangle,
m∠ L + m∠ M + m∠ N = 180°
⇒ m∠ M = 180° - ( m∠ L+ m∠ N )
⇒ 90° < 180° - ( m∠ L+ m∠ N ) < 180°
⇒ 90° - 180° < - ( m∠ L+ m∠ N ) < 0
⇒ -90° < - ( m∠ L+ m∠ N ) < 0
⇒ 90° > ( m∠ L+ m∠ N ) > 0 ( Since, a < b ⇒ - a > - b)
⇒ 90° > m∠ L and 90° > m∠ N
⇒ Both angle L and angle N are acute.
A = {1, 2, 5, 6, 8}
{1} U {2, 5, 6, 8}
{2} U {1, 5, 6, 8}
{5} U {1, 2, 6, 8}
{6} U {1, 2, 5, 8}
{8} U {1, 2, 5, 6}
{1, 2} U {5, 6, 8}
{1, 5} U {2, 6, 8}
{1, 6} U {2, 5, 8}
{1, 8} U {2, 5, 6}
{1, 2, 5} U {6, 8}
{1, 2, 6} U {5, 8}
{1, 2, 8} U {5, 6}
{1, 5, 6} U {2, 8}
{1, 5, 8} U {2, 6}
{1, 6, 8} U {2, 5}
The answer is 15 distinct pairs of disjoint non-empty subsets.
Answer:
It's A, Apex confirmed
Step-by-step explanation:
