when an object reaches or exceeds the local speed of sound (I said local because speed of sound depends on temperature), such as bullet fired from rifle when an object reaches or exceeds the local speed of sound (I said local because speed of sound depends on temperature), such as bullet fired from rifle when an object reaches or exceeds the local speed of sound (I said local because speed of sound depends on temperature), such as bullet fired from rifle
yes
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.
No, commercial passenger aircraft are designed to avoid creating sonic booms by maintaining subsonic speeds. Sonic booms are produced when an aircraft exceeds the speed of sound (approximately 767 mph at sea level), which is not typical for commercial flights.
Move faster than the speed of sound in the medium you are in. Some examples:The crack of a whip is caused when the tip goes supersonic.High velocity bullets.Supersonic jets.
A sonic boom occurs when an object travels faster than the speed of sound, which is about 767 mph (1,235 km/h) at sea level. The exact speed required to create a sonic boom can vary depending on atmospheric conditions.
yes
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.
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.
No, commercial passenger aircraft are designed to avoid creating sonic booms by maintaining subsonic speeds. Sonic booms are produced when an aircraft exceeds the speed of sound (approximately 767 mph at sea level), which is not typical for commercial flights.
When a plane travels faster than the speed of sound, it creates a single sonic boom, which occurs when it breaks through the sound barrier. However, as the plane continues to fly at supersonic speeds, it can produce multiple sonic booms depending on its flight path and altitude. Each sonic boom is a result of shock waves generated by the aircraft, which merge into a single boom as the plane passes through the sound barrier.
Move faster than the speed of sound in the medium you are in. Some examples:The crack of a whip is caused when the tip goes supersonic.High velocity bullets.Supersonic jets.
Sonic boom can make little baby minions he is better
2003
Supersonic transport faces several disadvantages, including high operational costs due to fuel consumption and maintenance of specialized aircraft. Additionally, the sonic boom produced when flying faster than the speed of sound can lead to noise pollution, restricting overland flight paths in many regions. Environmental concerns also arise from increased greenhouse gas emissions and potential impacts on wildlife. Furthermore, the limited passenger capacity and longer runway requirements make supersonic flights less practical for many airports.
The Concorde, the iconic supersonic passenger jet, was retired in 2003 due to high operating costs, environmental regulations, and decreased demand for supersonic travel after the tragic Air France Flight 4590 crash in 2000. While there are ongoing discussions and developments for a new generation of supersonic aircraft, such as those by companies like Boom Supersonic, commercial supersonic travel has yet to make a significant comeback. Thus, the Concorde remains a nostalgic symbol of luxury air travel, but its operational legacy is largely in the past.
1000
Make things go boom.