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Mathematics

1 answer:

dolphi86 [110]2 years ago

7 0

Answer:

4. 8,302

5. 2,033,504

6. 6.5

7. 1013.849

Step-by-step explanation:

4. eight thousand = 8000 (three zeros) + three hundred = 300 (2 zeros) + two = 2.

8000+300+2=8302

5. two million: 2,000,000 (6 zeros) + thirthy-three thousand = 33,000 (3 zeros because thousand), + 500 + 4 =

2,000,000+33,000+500+4=1,033,504

6. six = 6 + five tenths = 0.5 (the first decimal place is a tenth)

6+0.5 = 6.5

7. one thousand=1000 + thirteen = 13 + eight hundred forty-nine thousands = 0.849. The third decimal places is called the thousands place so the last number of the given number (849) is put in the thousands place.

1000+13+0.849 = 1013.849

Hope this helped!

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Assume that we have m coins. We toss each one of them n times. The probability of heads showing up for each coin isp. What’s the

olga nikolaevna [1]

Answer:

$1-(1-p^n)^m$

Step-by-step explanation:

For a coin, the probability of head showing in a single toss is $p$ .

$P(H)=p$

Its complement, the probability of not head is

$P(\Sim H)=1-p$

This is a binomial distribution. In $n$ tosses, the probability of having all heads (i.e. $n$ heads) is

$P(\text{all heads})=\binom{n}{n}p^n(1-p)^0=p^n$

Let's call this value $a$ .

For $m$ coins, we determine the probability of at least 1 coin showing all heads by first finding its complement i.e. the probability of no coin showing all heads. This is also a binomial distribution.