The halfway number is 1/2*(750000 + 1000000) = 1/2*1750000 = 875000
0.8333
500,001 Finding the halfway point, which is also the average, you add the two numbers and divide by 2. 1 + 1,000,001 = 1,000,002 and 1,000,002 / 2 = 500,001
Well there are 365 days in a normal year and 366 in a leap year. Leap years happen every 4 years (or there abouts). So in 1 million years there will be 250000 leap years, leaving 750000 normal years Thus 750000 * 365 = 273750000 days 250000 * 366 = 91500000 days thus the total number of days in 1 million years is 365,250,000
0.75 is halfway between 0.5 and 1
The halfway number is 1/2*(750000 + 1000000) = 1/2*1750000 = 875000
875000 half way number = (¾ million + 1 million)/2 = ((¾ + 1)/2) million = ⅞ million
0.8333
500,001 Finding the halfway point, which is also the average, you add the two numbers and divide by 2. 1 + 1,000,001 = 1,000,002 and 1,000,002 / 2 = 500,001
Well there are 365 days in a normal year and 366 in a leap year. Leap years happen every 4 years (or there abouts). So in 1 million years there will be 250000 leap years, leaving 750000 normal years Thus 750000 * 365 = 273750000 days 250000 * 366 = 91500000 days thus the total number of days in 1 million years is 365,250,000
0.75 is halfway between 0.5 and 1
Halfway between -2 and 1 is calculated by finding the average of the two numbers. The average of -2 and 1 is (-2 + 1) / 2 = -1/2. Therefore, halfway between -2 and 1 is -1/2.
The number that is halfway between one and one half (1½) and one (1) is one and one quarter (1¼)
1/2
There is no "the" rational" number since there is an infinity of them. Start with the number halfway between the two: (1/10+1/11)/2 = 21/220. Then try halfway between 1/10 and 21/220, and then halfway between 1/10 and that on. And so on.
If that's 0 and 12, halfway is 6/1 If that's 0 and 1/2, halfway is 1/4
1 thousand = 1,000 1 million = 1,000,000 750,000 thousand - 1 million = 750,000 × 1,000 - 1,000,000 = 750,000,000 - 1,000,000 = 749,000,000 = 749,000 × 1000 = 749000 thousand.