To identify the missing number in the pattern 14, 5, 18, 24, 15, 28, 3, we can look for a consistent relationship between the numbers. The differences between consecutive pairs appear to alternate between subtracting numbers and adding, but it doesn't form a clear arithmetic or geometric series. However, if we consider the possibility of a repeated cycle or a rule, we might guess that the next number could be derived from the previous ones. Given the structure of the sequence, a logical next number to try could be 7, considering the various operations and sequences involved.
You would get the number 15 because a pentagon has 5 sides and a decagon has 10 sides. 10+5=15. Your answer would be 15 sides.
The product of a number and 15 is obtained by multiplying that number by 15. For example, if the number is ( x ), the expression would be ( 15 \times x ). This results in a value that is 15 times larger than the original number.
11
The number is 17.(The complete solution is too long and complicated to reproduce here in its entirety.)
4 15 224 50175 By squaring the previous number minus one
23
You would get the number 15 because a pentagon has 5 sides and a decagon has 10 sides. 10+5=15. Your answer would be 15 sides.
The number that has 15 zeroes is called quadrillion.
The product of a number and 15 is obtained by multiplying that number by 15. For example, if the number is ( x ), the expression would be ( 15 \times x ). This results in a value that is 15 times larger than the original number.
379, but it does not complete the sequence which is infinite.
11
To complete the sequence 5, 10, 3, 15, 20, 13, 25, 30, we can look for patterns. The first set of numbers (5, 10, 15, 20, 25, 30) increases by 5, while the second set (3, 13) appears to increase by 10. The next logical number in the pattern would be 35, following the sequence of increasing by 5. However, if we are looking for a continuation of the second set, the next number would be 23 (13 + 10).
It would usually take me about 15-20 min. to complete 10 frames.
The number is 17.(The complete solution is too long and complicated to reproduce here in its entirety.)
4 15 224 50175 By squaring the previous number minus one
15 percent of the number 80 is equal to 12. The equation for this problem would be X x 15% = 12.
times 2 plus 2 minus 1 repeated so it would be 15, 30, 32