Really, those little mean gasses are trying to burn you up whatever speed you're going. The burn you up better the faster you go.Or, even if you were traveling at 10 MPH through the atmosphere would the gasses try to burn you up anyway?
Yes, it is possible for objects to travel through Earth's atmosphere at a slower speed than the average speed of sound (343 meters per second). For example, airplanes and hot air balloons can travel through the atmosphere at relatively slow speeds.
The atmosphere can affect the speed of an object in a few different ways. The air resistance or drag force exerted by the atmosphere can slow down an object as it travels through it. Additionally, the density of the atmosphere can also affect an object's speed, as denser air can provide more resistance and slow down the object more.
Yes, it is possible for objects to travel through Earth's atmosphere at a faster speed than the speed of sound. This is known as supersonic travel, and it is achieved by using specialized aircrafts and propulsion systems.
The composition of Earth's atmosphere can affect the speed of an object in a few different ways. The concentration of gases, such as oxygen or nitrogen, can impact the density of the air and therefore the drag force exerted on an object. Additionally, the presence of other particles, such as water vapor or aerosols, can also affect an object's speed by altering the air's density and composition.
No, an object traveling through Earth's atmosphere will always experience some level of resistance or drag force. This is due to the air molecules colliding with the object and slowing it down. However, the amount of resistance can be reduced by designing the object to be more aerodynamic or by traveling at higher altitudes where the air density is lower.