25, which is five squared, is the first square number greater than 23.
23^2=529
The first perfect square which is greater than 300 is 324.
31 squared = 961. 32 squared = 1,024. The first prime number that is greater than 32 is 37. Therefore, 37 is the first prime number whose square exceeds 1,000.
The first Fibonacci number greater than 23 is 34.
25, which is five squared, is the first square number greater than 23.
If we make 12 the first square number then the seventh square number is 72 = 49. And, 100 > 49......so the answer to the question is yes.
23^2=529
The first perfect square which is greater than 300 is 324.
31 squared = 961. 32 squared = 1,024. The first prime number that is greater than 32 is 37. Therefore, 37 is the first prime number whose square exceeds 1,000.
The first Fibonacci number greater than 23 is 34.
.9 is greater. Look at the first number after the decimal point -if it is greater, the number is greater. if the number is the same, go to the next decimal point; if it is greater, the number is greater; etc.
272 = 729; 282 = 784 √700 = 26.45... so first square number greater than 700 is 272 = 729 √800 = 28.28... so last square number less than 800 is 282 = 784
Yes
53 is the first prime number greater than 50.
First Quorum of the Seventy was created in 1835.
Subtract one number from the other. If the answer is a positive number then the first number is greater than the second number. If the answer is a negative number then the second number is greater than the first number. 9.5 - 4.6 = 4.9 (a positive number so 9.5 is greater than 4.6)