Answer:
There are 479,001,600 arrangments of 12 distinct items.
Step-by-step explanation:
Arrangements of n items:
The number of possible arrangements of n itens is given by the factorial of n, that is:
![A_{n} = n!](https://tex.z-dn.net/?f=A_%7Bn%7D%20%3D%20n%21)
12 items:
![A_{12} = 12! = 479001600](https://tex.z-dn.net/?f=A_%7B12%7D%20%3D%2012%21%20%3D%20479001600)
There are 479,001,600 arrangments of 12 distinct items.
3 out of 6 times will roll out as a multiple of 3
Y=25x because if you were plug in the x for both equations:
y=25 (2)
y=50
y=25 (4)
y=100
It would be the same value as y.
Answer:
6 miles(3 miles to your friend's + 3 miles back home) Step-by-step explanation:
a. What is the distance traveled by the skier during the three minutes of recreation? 360 mAdd the lengths of the three segments - 160 m + 120 m + 80 m. b. What is the net displacement of the skier during the three minutes of recreation? 120 m, EastMeasure from the starting point (A) to the ending point (D); include direction since displacement is a vector. c. What is the displacement during the second minute (from 1 min. to 2 min.)? 120 m, WestThe second minute corresponds to a movement from B to C. Measure from the starting point (B) to the ending point (C); include direction since displacement is a vector. d. What is the displacement during the third minute (from 2 min. to 3 min.)? 80 m, EastThe third minute corresponds to a movement from C to D. Measure from the starting point (C) to the ending point (D); include direction since displacement is a vector.