Solve x 11, 13, 21,13
1 answer:
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Answer:
Small Scale replica of John Hancock tower is approximately 2.33 m.
Step-by-step explanation:
Given:
Height of Willis tower = 1450 ft
Height of John Hancock Center = 1127 ft
Small Scale replica of Willis tower = 3 m
We need to find Small Scale replica of John Hancock tower.
First we will find the per meter scale of Willis tower and then using the same we will use to find the Small Scale replica height of John Hancock tower.
For 3 meter scaling = 1450 ft
So for 1 meter scaling = Number of foots in 1 meter Scaling
By Using Unitary method we get;
Number of foots in 1 meter Scaling =
Now we had 1 meter scaling as 483.333 ft and we need to find meter scaling for 1127.
So again Using Unitary method we get;
Small Scale replica of John Hancock =
Rounding to nearest hundred we get;
Small Scale replica of John Hancock tower is approximately 2.33 m.
Answer: There are 45 combinations.
Step-by-step explanation:
If the order in which you watch the episodes does not matter, then we can use the combinatory defined as:
If we have N elements, and we want to make groups of K elements, we have
combinations.
In this case, we have a total of N = 10 episodes, and we want to make groups of K = 2.
Then we have:
There are 45 combinations.