The answer is 95.4525 percent because you would use an equation
n!/(r!(n-r)! x (P)^x * (1-P)^(n-x)
Plug in the number correspondingly
N= 10
R= 1 , 2 , 3 , 4 , 5 , 6 (You will have to do each individual, if you have a Ti-nspire calculator however there is a built program called binomialcdf.
P= .37
x = r
After plugging this is the achieved answer is 95.4525
(.0578 + .1529 + .2394 + .2461 + .1734 + .0849) x 100
additive may be a little off due to rounding.
I think the relationship between the weight of a stack of standard 8.5x11 copier paper vs number of sheets of paper is proportional because :
Let us assume here, in this situation that each page has the same weight so if i want to find the weight of the complete stack, i will multiply the number of sheets of paper by the weight of a single sheet of paper.
Answer:
y=-4x+14
Step-by-step explanation:
A parallel line must always have the same slope, so it must be -4x, and on a graph y=-4x+14 passes through the point (4,-2)
Answer:
12
Step-by-step explanation:
Here is a list of each of the numbers until their factors add up to the same multiple:
Brendan - 4, 8, 12
Miguel - 6, 12
Jeron - 3, 6, 9, 12
- - - - -
Brendan would complete a lap about 3 times around 12 minutes.
Miguel would complete a lap about 2 times around 12 minutes.
Jeron would complete a lap about 4 times around 12 minutes.
IM CONCLUSION -
The answer is 12 minutes
