Seventy thousand (or 70,000)
Fifty thousand
Oh, isn't that a happy little question! To find out how many ten thousands equal 70 thousands, you simply divide 70 by 10. So, 70 thousands divided by 10 equals 7 ten thousands. Just imagine those ten thousands as little trees in a beautiful forest of numbers, all working together to create a harmonious mathematical landscape.
7*7*2*2*5*3 =(7*7)*(2*3)*(2*5) =49*6*10 =(50-1)*6*10 =(50*6-6)*10 =(300-6)*10 =294*10 =2940
To find the value that, when multiplied by 7, equals 10, you would divide 10 by 7. The result is approximately 1.42857142857. Therefore, 1.42857142857 times 7 equals 10.
One hundred thousand is ten times greater than ten thousand. 10 000 x 10 = 100 000
In the number 67040, the value of the 7 is 70,000, as it is in the ten-thousands place. In the number 640700, the value of the 7 is 7,000, as it is in the thousands place. To find how many times greater the value of the 7 in 67040 is than the value of the 7 in 640700, divide 70,000 by 7,000, which equals 10. Thus, the value of the 7 in 67040 is 10 times greater.
70 / 10 = 7 so answer is 7 thousands 7,000 x 10 = 70,000
10 times more. A hundred of anything is 10 times more than 10 of the same thing.
7000 thousands = 7 million !
The expression "7 times 10 times 10 times 10 times 10" can be simplified using exponents. It can be rewritten as (7 \times 10^4), since there are four factors of 10 being multiplied together. Thus, the final result is (7 \times 10^4 = 70,000).
3 2 is 100 thousands 3 is 10 thousands 4 is thousands 5 is hundreds 6 is tens 7 is units
There are 700
To simplify the expression (10^{-7} - 10^{-6}) m, first, rewrite (10^{-6}) in terms of (10^{-7}): (10^{-6} = 10^{-7} \times 10^1 = 10^{-7} \times 10). Thus, the expression becomes (10^{-7} - 10 \times 10^{-7} = 10^{-7}(1 - 10) = 10^{-7}(-9)). Therefore, the result is (-9 \times 10^{-7}) m or (-9 \mu m).
Fifty thousand
100,000divided by 10,000= 10
7/10
To write the number represented by 12 ten thousands, 8 thousands, 14 hundreds, and 7 ones, you combine these values. This translates to (12 \times 10,000 + 8 \times 1,000 + 14 \times 100 + 7 \times 1). Calculating this gives you (120,000 + 8,000 + 1,400 + 7), which totals (129,407). Thus, the number is 129,407.