If the thrust becomes greater than the drag, the object will accelerate in the direction of the thrust. This imbalance means that the net force acting on the object is positive, leading to an increase in speed. In the context of an aircraft, this could result in climbing or gaining altitude. Conversely, in a projectile, it could enhance its velocity until other factors, such as gravity or fuel depletion, come into play.
If thrust is greater than drag, an object, such as an aircraft or a rocket, would accelerate forward. This means it can gain speed and altitude, overcoming the resistance created by drag. The net force acting on the object would be positive, leading to increased kinetic energy and a potential change in flight dynamics or trajectory. Eventually, if thrust continues to exceed drag, the object could reach higher velocities and altitudes until other forces, like gravity or fuel limitations, come into play.
14.4 is the greater number as 14.183 would be shortened to 14.2
If 24 is smaller than the current mean, it would decrease. If 24 is greater than the current mean, it would increase. If 24 is the same as the current mean, it would stay the same. Letting us know what that set of numbers is would narrow down the answer.
The number 8 decides what the number is going to be. Since the 8 is greater than 5 we will round up. The 4 next to the 8 becomes a 5. After that you make the .874 into .000. Your answer would be 655.000 or just 655.
.91 is less than 1 so 810 would be the greater of the two
If thrust is greater than drag, an object, such as an aircraft or a rocket, would accelerate forward. This means it can gain speed and altitude, overcoming the resistance created by drag. The net force acting on the object would be positive, leading to increased kinetic energy and a potential change in flight dynamics or trajectory. Eventually, if thrust continues to exceed drag, the object could reach higher velocities and altitudes until other forces, like gravity or fuel limitations, come into play.
If it was, the engine wouldn't work - you would be putting more energy in than you got out.
it becomes straight
we would not have seasons
it becomes extinct
the quotient would be wrong
It becomes flat, dah!
it becomes strength
A projectile thrown with a greater velocity would travel a greater distance. Velocity is not just speed but direction as well.
A projectile thrown with a greater velocity would travel a greater distance. Velocity is not just speed but direction as well.
It would crash like NASA's Titan rocket did.
It would obviously fall to the ground. However, if you have a rocket which can't overcome gravity, you've got a pretty bad rocket...