You are squaring the numbers. Example: 1x1, 2x2, 3x3, 4x4 etc.
10 rem for next 20 for i=10 to 1 step -1 30 ? I^2; 40 next i 50 end
You can't change the ohm load of a speaker. What you can do, is get a second 8 ohm speaker to run with that speakers in series and you will get a total ohm load of 16 ohms.To run them in series, simply wire the positive terminal of one speaker to the negative of the other speaker. One speaker will have an open positive terminal which you wire to the positive terminal on the amp, and same goes for the negative on the other speaker (to the amp's negative terminal of course).
I think it is around 20, def higher than 16..... lol.... I'll find out 4 ya.. 40. thanks smart butt actually theres more than 100.
304
* Category 1: Traditional telephone cable (voice but no data transmission) * Category 2: Data transmission up to a maximum of 4 Mbit/s (RNIS). This type of cable contains 4 twisted pairs * Category 3: 10 Mbit/s maximum. This type of cable contains 4 twisted pairs and 3 twists per foot * Category 4: 16 Mbit/s maximum. This type of cable contains 4 copper twisted pairs * Category 5: 100 Mbit/s maximum. This type of cable contains 4 copper twisted pairs * Category 5e: 1000 Mbit/s maximum. This type of cable contains 4 copper twisted pairs
the next no. in the series should be 19 so if we sum up the digits of 739 we get 19.
It is 24 and it should be 25 as a square number
You could put 49 in between the 16 and the 100.
100
234
0.16 = 16/100 which can be simplified, if you so wish.
You could make a case for any of them.
4
The pattern is - 5 then +2. 2 and 4 are the next numbers in the series.
11
The next number in the sequence 100,96,104,88,120,56 is 184.The pattern is minus 4, plus 8, minus 16, plus 32, minus 64, plus 128
14, 15, 14 It is the percentage of prime numbers in each ascending group of 100 numbers.