The quotient of a number divided by 9 is the same as the remainder. The remainder is 15. The prime number is () fast! Today,
The quotient of a number divided by 9 is the same as the remainder, which is 15,
X / 9 = 15 more than 15
X=9*15+15
X=150
Divide 180 into the sum of two prime numbers
7 173
Which two prime numbers have a sum of 180
101+79
Which two primes add 180, all possible
I want to say to LS: 169 = 13 * 13; 161 = 7 * 23;
7+173
13+167
17+163
23+157
29+151
31+149
41+139
43+137
53+127
67+113
71+109
73+107
79+101
83+97
This is absolutely right, programming to solve oh
Prime numbers within 180——————
Find all prime numbers in 180~
2 3 5 7 11 13 17 19 23 29
31 37 41 43 47 53 59 61 67 71
73 79 83 89 97 101 103 107 109 113
127 131 137 139 149 151 157 163 167 173
one hundred and seventy-nine
It is proved that the remainder can only be 1 or 19 when any prime square greater than 5 is divided by 30
There are only the following forms of prime numbers greater than 5. Calculate the square of them
30k+/-1--> 30m+1
30k+/-7--> 30m+49-->30m'+19
30k+/-11 -->30m+121-->30m'+1
30k+/-13-->30m+169--->30m'+19
Therefore, the conclusion is valid
The ratio of the smallest prime to 6 and the ratio of 1 / 2 to X are equal
The smallest prime number is 2
So 2:6 = 1 / 2: X
2X = 6 × 1 / 2
2x=3
x=3÷2
x=1.5
When X: (), the ratio of 1:33 is exactly the minimum prime
The minimum prime is 2
1/33:x=2
That is, x = (1 / 33) / 2 = 1 / 66
I hope it can help you
When x = (), the ratio of 1 / 6: X is the smallest prime
1/12
In a scale, the product of two external terms is the smallest prime number, one internal term is six seventh, and the other internal term is?
Make it clear that in an hour, I will cancel it
The smallest prime number is 2, which means that the product of two external terms or two internal terms is 2
If one internal term is 6 / 7, then the other internal term is divided by 2, 6 / 7 = 7 / 3
The other internal term is 7 / 3