Answer:
Well, the first $100 gets charged $1.50
The next 146.07 gets charged 1% so that is 1.46
1.50 + 1.46 = 2.96
2.3 89.70 - 20 + 32.11 = 101.81. 1.23 percent of that is 1.25
The answer would be the third choice.
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Step-by-step explanation:
Answer:
A- It means it will always happen, there is no way it won't happen as it is 100%
B- It is very unlikely to happen as it only has a 1 in 100 chance of happening
C- It will never happen, it is impossible as it is 0
D- It will most likely happen as it is 90%
Step-by-step explanation:
A, 1/1 is 100% meaning it will always happen.
B- 1/100 is really low, there is only one chance of an event happening if it was to happen a hundred times.
C- 0/1 means it is impossible to happen as it is o
D- 9/10 is the same as 90/100, which is also equivalent to 90%. This means it is very likely to happen but it will not always happen.
Answer:
Option C.
Step-by-step explanation:
Given information:
Sample size = 150
Number of Opinions = 3 (Yes, No, No Opinion)
Yes = 40
No = 60
No opinion = 50
We need to find the expected frequency for each group.
Expected frequency for each group is the quotient of sample size and number of opinions.



Therefore, the correct option is C.
The functions are

and g(t)=5.2t+20,
are both functions which give the heights of cannonballs thrown from 2 different cannons.
A.




g(3)=5.2(3)+20=31.6
g(4)=5.2(4)+20=40.8
g(5)=5.2(5)+20=46
g(6)=5.2(6)+20=51.2
up to the 5th second, the ball from H is higher than the one from g,
then from the 6th second the ball from H is lower than the ball from g,
this means that the solution of H(t)=g(t), is between the 5th and 6th seconds.
B. The solution of part A means that during the 3rd, until it falls, the ball from H is falling to the ground, but it is still higher than the ball g which is rising, until a point between the 5th and 6 th seconds, where the balls are at the same height for just one instant, then the ball H continues falling, while g rises up for a few more second.