an acute angle because it is less than 90 degrees!!
5 m/sec More correctly: 5 m/sec2
We found the following definition on the www: 1 BTU = 1,055.05585 joules Using that, 340 BTU/sec = 358,719 joule per second = 358.719 KW. Really an awful lot of power ! From this little exercise, we're going to remember the following: 1 BTU = a little more than 1,000 joules 1 BTU/sec = a little more than 1 kilowatt
lets convert is into something that is understandable like miles per hour... 3100 ft/sec * (1mile/5280ft) = 0.587121212 miles/sec 0.587121212miles/sec * (60sec/1minutes) * (60minutes/1hour) = 2113.636363mph Therefore 3100ft/sec if extremely fast. It is around 2114miles per hour. This is around 3 to 4 times faster than an airplane and around 7 times faster than any vehicles created.
120 sec. There are 60 in 1 min. what I do is erase the 0 from the 60 and add 6+6 which equals 12 and than put the 0 back which makes it 120 again
It takes about 5 seconds exact
The Georgia Bulldogs have won more SEC football games than Georgia Tech because Georgia Tech is in the ACC, not the SEC Actually Geogia Tech used to play in the SEC, before Bear Bryant screwed it up.I do not know who has more SEC wins, yet Ga. Tech has more overall Conference(SEC and ACC) and more Nat. Champ. than Georgia.
No, because germs can get on something in less than a sec.
an acute angle because it is less than 90 degrees!!
a long time more than 10 hrs ... That depends on Method of Transportation really... it can take less then a sec. If quantum leaped there.what??
0-60 mph in less than 3 sec. Top speed (on a track) better than 180mph.
760 kg/m3 (a little less dense than crude oil).
You wouldn't. First of all, frequency is spelled wrong precluding its use. Second frequency is not relative; it is a constant in time (events/sec). There are not relatively more waves /sec in blue light than in red, there are more, period. Similarly, there are not relatively more of less of anything since this is an exact constant that is relative only if time changes.
25 minutes and 36 seconds is 36 seconds more than 25 minutes.
sec
Roger Bannister ran the "Miracle Mile" in less than 4 minutes : 3 min 59.4 sec .
The period of the pendulum will be less than 1 second as soon as the rocket begins to accelerate off of the pad, because the so-called 'G-force' inside it increases during that time. After a while, when it has lifted some distance from the surface and the acceleration due to gravity is less, we no longer have enough information to describe the pendular behavior. Whenever the sum of the remaining gravitational acceleration plus the rocket's acceleration exceeds 9.8 m/s2 , its period is less than 1 sec. If the sum is less than normal surface gravity, the period of the pendulum is more than 1 sec.