First, set up the equation: x2 > 100
Second, in order to figure out what "x" is, we need to take the square root in order to negate the exponent: (x2)0.5 > (100)0.5
Since all positive numbers have two square roots, we need to be careful. With the positive root, we have no issue, and we can say x > 10.
With the negative root, we need to flip the inequality. So we can also say x < -10.
So, the final answer is that x > 10 OR x < -10.
Same as percentages less than 100. Percentages greater than 100 will reult in a number that is greater than the original, that's all.
101 is an integer greater than 100.
75/100 is greater than 60/100, so .75 is greater than 0.6.
Because raising to a power is a completely different operation than simple multiplication. 10100 is 10 followed by 100 zeros - while 10010 is 100 followed by only 10 zeros.
150% of 100 = 150.150 greater than 100 = 250
Same as percentages less than 100. Percentages greater than 100 will reult in a number that is greater than the original, that's all.
99100 is greater, by a multiple of approx 36.6
101
100 cm3 is less than a gallon.
When you take x to the power of y, you're multiplying x by itself y times, so 100 to the power of 5 is exactly 100 times more than 100 to the power of 4.
2300 = (23)100 = 8100 3200 = (32)100 = 9100 and since 9 > 8, 3200 is greater than 2300
2 to the 100th power.
9.80 is greater than 9.45 because 80/100 is greater than 45/100
75/100 is greater than 60/100, so .75 is greater than 0.6.
101 is an integer greater than 100.
Because raising to a power is a completely different operation than simple multiplication. 10100 is 10 followed by 100 zeros - while 10010 is 100 followed by only 10 zeros.
Well a 100 is greater than 1 so 100 litres is greater than 1 litre.