Answer:
72 outfits possible,
1/72 chance of selecting a particular outfit
Step-by-step explanation:
For each of the 3 sweaters, there are 4 shirts to choose from, and for each of those 4 shirts, there are 6 pants to choose from. Therefore, there are totally outfits to choose from (order is fixed and therefore negligible). A specific outfit would represent 1 of these 72 outfits. Therefore, the probability of selecting a particular outfit is
The midpoint of a line segment is the average of the endpoint's coordinates, mathematically:
mp=((x1+x2)/2, (y1+y2)/2)
In this case:
(-4,6)=((8+x)/2, (-2+y)/2)
(-8,12)=((8+x),(y-2))
(-16, 14)=(x,y)
notice, the first term is 9.5
from there it goes to 11.5, well, how much is it being added to get 11.5?
well 9.5 + 2, is 11.5, so it was added 2 to 9.5
then it goes from 11.5 to 13.5, namely, 11.5+2 = 13.5
and then 13.5+2 = 15.5 and so on
so, the "common difference" or the common addition value, is 2
how do you find the nth term?
well
In the given question, the final target is to get to the equation where "s" is expressed in terms of "t". Now if we look at the problem very closely, we get numerous information's that can used to determine the answer that is asked in the question.
Amount of drinks contained in each small bottles = s liters
Amount of drinks contained in each large bottle = t
Since the quantity of juice in a large bottle is 1 litre more than that present in the small bottle, Then
Amount of drinks contained in each large bottle = (s + 1) liters
Now we can write the equation as
s + 1 = t
s = t - 1
So this is the final equation that has been asked to be found in the question.
Step-by-step explanation:
B) the sum of 3 times a number and 4
Hope it's helpful to you