Something that has a constant acceleration of 13.3 per second squared
how many times does 60 seconds (1 minute) go into 205? twice? 120 seconds three times? 180 seconds four times? 240 seconds - too much. So it goes 3x at 180 seconds. but that leaves another 25 seconds left over. So the answer is 3 minutes and 25 seconds
120 seconds = 2 minutes 120 seconds = 0.03 hour
1 minute = 60 seconds → 120 minutes = 120 × 60 seconds = 7200 seconds
120 seconds.
1 hour = 60 mins 1 minute = 60 seconds hence 120 hours = 120 * 60 minutes = 120 * 60 * 60 seconds = 432,000 seconds 120 hours = 432000 seconds
There are 60 seconds in one minute. Therefore, 120 seconds is equal to 120/60 = 2 minutes.
Because there are 60 seconds in each minute.120 minutes = (120 x 60) = 7,200 seconds
60 seconds = 1 minute 120 seconds = 2 minutes 129 seconds = (120 + 9) seconds = 2minutes 9seconds
40/120 = 1/3 = 331/3 %
I am not sure how realistic "every 30 seconds" is, but here goes.30 seconds is 1/2 minute, so there are 120 doublings in an hour. The answer, therefore, is 2120, or about 1.3 x 1036. (Assuming the "30 seconds" is realistic, it is not realistic to assume that there will be enough food for the bacterias to double this far.)I am not sure how realistic "every 30 seconds" is, but here goes.30 seconds is 1/2 minute, so there are 120 doublings in an hour. The answer, therefore, is 2120, or about 1.3 x 1036. (Assuming the "30 seconds" is realistic, it is not realistic to assume that there will be enough food for the bacterias to double this far.)I am not sure how realistic "every 30 seconds" is, but here goes.30 seconds is 1/2 minute, so there are 120 doublings in an hour. The answer, therefore, is 2120, or about 1.3 x 1036. (Assuming the "30 seconds" is realistic, it is not realistic to assume that there will be enough food for the bacterias to double this far.)I am not sure how realistic "every 30 seconds" is, but here goes.30 seconds is 1/2 minute, so there are 120 doublings in an hour. The answer, therefore, is 2120, or about 1.3 x 1036. (Assuming the "30 seconds" is realistic, it is not realistic to assume that there will be enough food for the bacterias to double this far.)
(120 seconds in 2 minutes) + (60 seconds*0.7 = 42) 120 + 42 = 162
2 in a minute times 60...