Answer:
A majority of the voters in the constituency need not necessarily be opposing the bill as the sample of letters received may not be representative of the entire constituency of voters.
Step-by-step explanation:
Total number of letters received on the bill = 1128
Number of letters opposing the legislation = 871
However this may not be definitive pointer to the fact that majority of the voters oppose the bill. This is because the sample of voters who have written to the congresswoman may not be representative of the entire population ( which is expected to be much more than 1128). Consider the scenario where mostly those individuals who oppose the bill have sent a letter while majority of the supporters have not mailed their approval. In such a case, the numbers would provide a mistaken assumption about widespread disapproval of the bill.
Answer:
A= 3, B=-5, C=2
Step-by-step explanation:
Put them in order of leading power.
3x^2-5x+2
From the Quotient-Remainder Theorem follows that for every f(x) there exist unique polynomials q(x) and r(x) such that:
,
where r(x) is called remainder.
If r(x)=0, then f(x)=h(x)q(x) and q(x) is adivisor. If q(x) is of form q(x)=x-a, then a is a root of f(x).
<span>6.4x10121.6x103= 6672158.72</span>
The probability of the Bob arrived before 1.30 P.M is 1/2 if the Alice arrives after Bob.
According to the question,
Alice and Bob each arrive at a party at a random time between 1.00 P.M and 2.00 P.M.
In probability theory, the sample space(s) of a random trial is the set all possible results of that trial.
Let 'x' be the arrival time of Alice and 'y' be the arrival time of Bob.
s = {(x, y) /1≤x≤2 and 1≤y≤2}
In order to find the probability of the Bob arrived before 1.30 P.M, if the Alice arrives after Bob.
Formula for Probability =
= 1/2
Hence, the probability of the Bob arrived before 1.30 P.M is 1/2 if the Alice arrives after Bob.
Learn more about probability here
brainly.com/question/1979764
#SPJ4