244 and 910.
The simplest polynomial that fits the given sequence is
t(n) = (57n3 - 432n2 + 897n - 322)/2 for n = 1, 2, 3, ...
Neither a simple exponential nor power function will fit the sequence.
Change them into fractions over 10 or 100 and then order them
Decimals that have a finite number of digits are known as terminating decimals. These numbers can be expressed as fractions where the denominator is a power of 10. For example, 0.75 and 0.5 are terminating decimals, as they can be written as 75/100 and 5/10, respectively. In contrast, non-terminating decimals, such as 0.333..., do not have a finite number of digits.
Two decimals equivalent to 3.7 are 3.70 and 37/10. For 0.9, equivalent decimals include 0.90 and 9/10. These forms maintain the same value while presenting the numbers differently.
Next power of 10 after 10 000 is 100 000.
You what to understand that 0.1 = 1/10 so you really have.. 100* 1/10 = 100/10 which clearly equals 10 You must not understand the "rules of decimals" yet. Look things over more carefully. For me the rules of decimals says that when you have multiplication, if you move one decimal to the right you must move another decimal to the left by the same amount In your example.. 100 x 0.1 =10 It works because 100 = 100.0 Note when you move a decimal to the right you are effectively multiplying the number by 10, for example... 23.3 x 10 = 233.0 When you move it to the left you are dividing it by 10.... 23.3 /10 = 23.3 ÷ 10 =2.33
Divisors are whole numbers. The divisors of 100 between 1 and 10 are 1, 2, 4, 5 and 10.
3/10 = 30/100 = 0.3
2/20 = 1/10 1/10= .10
10 to the 2 power is the same as 10 x 10 which = 100. 1.5 x 100 = 150
Next power of 10 after 10 000 is 100 000.
0.1 would be 10% 0.2 would be 20% 0.34 would be 34% etc. percentage is out of 100, decimals are a part of 1.
You what to understand that 0.1 = 1/10 so you really have.. 100* 1/10 = 100/10 which clearly equals 10 You must not understand the "rules of decimals" yet. Look things over more carefully. For me the rules of decimals says that when you have multiplication, if you move one decimal to the right you must move another decimal to the left by the same amount In your example.. 100 x 0.1 =10 It works because 100 = 100.0 Note when you move a decimal to the right you are effectively multiplying the number by 10, for example... 23.3 x 10 = 233.0 When you move it to the left you are dividing it by 10.... 23.3 /10 = 23.3 ÷ 10 =2.33
change the denominator into 10 or 100 etc. according to the number of decimal digits eg. 1.23 = 123/100
Multiply the division problem by 1, in the form of 10/10, 100/100, 1000/1000,etc. in order to get rid of the decimal divisor. The quotient will still remain the same, as will the remainder. For example, 2.4/.03 is the same as 240/3 = 80. (multiply the original problem by 100/100) 3.5/.2 is the same as 35/2 = 17, remainder 1. (multiply the orig. problem by 10/10)
70% as a decimal is 0.7, since 70% is 70/100 or 7/10.
There is not one. 91/100 is reduced as far as it can be unless you start putting decimals into your fractions.
You divide the numerator by the denominator, and there's your decimal.