1000
You must make a formula and convert the units to solve this problem. 65 miles per hour is a speed. 850 miles is a length. If you are travelling at 65 miles per hour, then you will have traveled 65 for every hour. At this point, it becomes a simple division problem. 850 miles covered at 65 miles per hour is 850 miles/65 miles/hour. 850/65 = ~13. The miles on the top and bottom of the fraction cancel out, and you are left with hours. So the time taken will be ~13 hours.
Suppose you travel a distance of 100 miles, and it takes 1 1/2 hours to do it. Your average speed is then 100 miles divided by 1.5 hours which equals 66.67 miles per hour. When calculating miles per hour for distances that take only minutes, you convert the number of minutes to fractions of an hour.
If it has taken me 2 hours to drive 100 miles then I can calculate a ratio of 50 miles : 1 hour. If I can reasonably expect to maintain that speed, I can predict that I will reach my destination, which is another 50 miles away, in one hour.
You would have to maintain a pace of at least 5.63 miles per hour.
There are 3600 seconds per hour, and 5280 feet per mile. You can use those two numbers to convert from feet per second to miles per hour. Just make sure the units are right when you are finished.
Sonic boom can make little baby minions he is better
Typically, the loudness of a sonic boom may exceed up to 200 decibels or higher, depending on the rate and the distance in which the sound barrier is being broken through. To make sense of this figure, the volume of busy traffic during rush hour is around 80 to 90 decibels.
In order to make a sonic boom, the aircraft must become supersonic. Most passenger aircraft are subsonic.
The sonic boom is an artifact of exceeding the speed of sound. As any shuttle would reenter earth's atmosphere way in excessive of that speed, yes, every reentry should be accompanies by a sonic boom.
Most military combat aircraft can make a sonic boom, even space shuttles. The aircraft flies up to Mach 2, twice as fast as the speed of sound and can travel more than one thousands miles per hour, which is much faster than the speed of sound. A supersonic passenger aircraft can also beat the speed of sound (it is called air France the Concorde). A supersonic boat can also make a sonic boom and there are even supersonic cars the fastest land vehicle. There is a Russian supersonic bomber called the Tu-160 Blackjack and the United States has a supersonic bomber called the B-1 bomber.
Crack a whip, its tip exceeds the speed of sound.
yes
When an object travels faster than the speed of sound in Earth's atmosphere, a shock wave can be created that can be heard as a sonic boom. Large meteors frequently produce audible sonic booms before they are slowed by the atmosphere.
Most military combat aircraft can make a sonic boom, even space shuttles. The aircraft flies up to Mach 2, twice as fast as the speed of sound and can travel more than one thousands miles per hour, which is much faster than the speed of sound. A supersonic passenger aircraft can also beat the speed of sound (it is called air France the Concorde). A supersonic boat can also make a sonic boom and there are even supersonic cars the fastest land vehicle. There is a Russian supersonic bomber called the Tu-160 Blackjack and the United States has a supersonic bomber called the B-1 bomber.
maybe she will one day
Propagation rate of burn exceeds the speed of sound ... i.e. it's a sonic boom.
depending on the size of the object that broke the sound barrier a whip for example does almost nothing but a fighter jets sonic boom could be loud enough to break glass make you deaf or possibly even kill you if your close enough.