300 times.
In the ones place it occurs ten times per each 100 [5,15,25,...95] so 10x10 =100.
Then in the tens place it also occurs ten times each 100 [50,51,52,53...59]
We already counted 55 as one for the ones place and now we're counting 1 for the tens place.
In the hundreds place, from 500 to 599 there are 100 fives (we already counted the tens and ones places. So 100 + 100 + 100 = 300.
count the number of times you get number 1, when you roll a pair of dice.. cheerio
With 1000 rolls of a die, and each number having a probability of 1/6, I would not expect any peaks.
if i got everything right, its 1000
If you roll a fair six-sided die 1000 times the die would come up even about 500 times. It will not be exactly 500 times, due to random probability, but it will be close. The more times you roll it, the ratio of even to odd will come closer and closer to the theoretical probability of 0.5.
You can expect the spinner to land an odd number 25 times out of 50.
It is 1000 times larger.
325/1000- Count how many places are after the decimal and add it to the number 1.
The number 1 is found 300 times between 1 and 1000.
It is 125*8 = 1000
Taking every number from 1 to 1000 inclusive, the number of digit 7s in the list totals 300.
I count 53 times.
Twenty times.
20
to many times to count
The number 7 occurs once. The digit 7 occurs 20 times.
2
To determine how many times 5 can fit into 1000, you would divide 1000 by 5. The result is 200, meaning that 5 can fit into 1000 200 times. This is because division is the inverse operation of multiplication, and dividing 1000 by 5 yields the number of times 5 can fit into 1000.