Answer: A (32,100,000
Step-by-step explanation:
My answer is correct because, All you have to do is multiply 3.21 times .
To make it easier we have to simlify .
equals 10000000. So now we just have tii multiply 3.21 and 10000000. 3.21 times 10000000 equals 32,100,000.
Hope This Helps!
(P.S: Thanks so much for sending this question now because of it im rank ace! Thanks so much and I will remember this question as the question that took me a rank up!)
Given:
The batting order for nine players on a team with 11 people.
To find:
The number of possibilities for the given scenario.
Solution:
First, we need to select 9 players from 11 people, it involves combination, i.e. .
Second, we need to arrange the order of 9 selected players, it involves permutation, i.e., .
The number of possibilities for the given scenario is:
Therefore, the following scenario involves both permutation and combination, and the number of possibilities is 19958400.
Answer:
a) Distance between points A (5, 4) and B( 5, -2) is 6 units
b) Distance between points E (-2, -1) and F( -2, -5) is 4 units
c) Distance between points C (-4, 1) and D( 1, 1) is 5 units
d) Distance between points G(3, -5) and H(6, -5) is 3 units
Step-by-step explanation:
We need to find the distance between each pair
a) A (5, 4) and B( 5, -2)
the distance formula is:
Putting values: x₁ = 5, x₂=5 and y₁= 4 and y₂= -2
Distance between points A (5, 4) and B( 5, -2) is 6 units
b) E (-2, -1) and F( -2, -5)
the distance formula is:
Putting values: x₁ = -2, x₂=-2 and y₁= -1 and y₂= -5
Distance between points E (-2, -1) and F( -2, -5) is 4 units
c) C (-4, 1) and D( 1, 1)
the distance formula is:
Putting values: x₁ = -4, x₂=1 and y₁= 1 and y₂= 1
Distance between points C (-4, 1) and D( 1, 1) is 5 units
d) G(3, -5) and H(6, -5)
the distance formula is:
Putting values: x₁ = 3, x₂=6 and y₁= -5 and y₂= -5
Distance between points G(3, -5) and H(6, -5) is 3 units