Answer:
d(t) = 1 +1.5*a(t)
Step-by-step explanation:
Since point D is launched from a platform that places it 1 meters from the wall, we have
d(0) = 1
Since point A is launched directly from the wall,
a(0) = 0
but besides, point D travels 1.5 times as fast as point A, so
d(t) = 1 +1.5*a(t)
and this the function required.
Answer:
Your image only shows one choice option, so I will try to explain it to you.
Step-by-step explanation:
The answer would be in the top left area underneath the number -1, and to the left of the number 2.5 (where you would find between 2 and 3 on the graph's numbers)
Answer:
0.0159
Step-by-step explanation:
Given that a common practice of airline companies is to sell more tickets for a particular flight than there are seats on the plane, because customers who buy tickets do not always show up for the flight.
Here if X is the no of persons that do not show up, then X is binomial as each trial is independent with p = 0.04 and n =150 (no of tickets sold)
The plane is overbooked if more than 150 show up
i.e. less than 2 do not show up
Hence the probability that the airline overbooked this flight
=
Step-1 :- Arrange in order
=> 16 , 29 , 40 , 66 , 94
There are 5 numbers , the middle term will be Median .
Here , middle term is = 40 .

40
Hope It helps You. ^_^
To estimate this we can do it like this:-
<span>
Way #1
3.4 = 3
6 = 6
3 </span>÷ 6 = <span>0.5
So, to estimate 3.4 </span>÷ 6 we round 3.4 to the nearest whole number and den divide. Den d answer is our estimated answer!
3.4 ÷ 6 = 0.5
Hope I helped ya!!