One possible answer is
t(n) = (-107n2 + 521n - 380)/2 for n = 1, 2, 3, ...
117 is 6.364% more than 110. (rounded)
Trajan was the Roman emperor in 110 AD. He ruled from 98 to 117.Trajan was the Roman emperor in 110 AD. He ruled from 98 to 117.Trajan was the Roman emperor in 110 AD. He ruled from 98 to 117.Trajan was the Roman emperor in 110 AD. He ruled from 98 to 117.Trajan was the Roman emperor in 110 AD. He ruled from 98 to 117.Trajan was the Roman emperor in 110 AD. He ruled from 98 to 117.Trajan was the Roman emperor in 110 AD. He ruled from 98 to 117.Trajan was the Roman emperor in 110 AD. He ruled from 98 to 117.Trajan was the Roman emperor in 110 AD. He ruled from 98 to 117.
The pattern in the sequence 17, 117, 110, 210, 203 appears to involve alternating between adding and subtracting 100 and then adjusting by 7. Starting from 17, adding 100 gives 117; then subtracting 7 gives 110; adding 100 again results in 210; and finally, subtracting 7 gives 203. The sequence alternates between adding 100 and subtracting 7.
To calculate the time it takes to drive 117 km at a speed of 110 km/h, you can use the formula: time = distance/speed. Thus, time = 117 km / 110 km/h, which equals approximately 1.064 hours. This is about 1 hour and 4 minutes.
125
An infinite number of of multiples of 117 can be divided by 117.
117/0.45 = 260
The Wikipedia lists a value of 110–128 GPa.
117 / 0.78 = 150
The ten that comes before 117 is 107, and the ten that comes after 117 is 127. This is based on counting in increments of ten, where each successive number increases or decreases by ten. Therefore, you can see the pattern as you move up or down the number line.
No, it is not a prime number. 117 can be divided evenly. 117 divided by 9 is 13.
117 is a composite number having the factors 1, 3, 9, 13, 39, and 117.