A camonball is fired from a gun with a muzzle velocity of $100\frac{m}{s}$ at an angle of $30$ degrees above the horizontal. The cannonball is in the air for $10$ seconds and the resultant range is $867$ meters. A second cannonball is fired from the gun with twice the muzzle velocity of $200\frac{m}{s}$ at the same angle of $30$ degrees above the horizontal. Which of the following statements is true about the time of flight and the range of the second cannonball?

$10.$A The second camonball is in the air the same amount of time and travels twice the distance of the first.

B The second cannonball is in the air four times as long and travels four times the distance of the first.

CO The second cannonball is in the air twice as long and travels twice the distance of the first.

DO The second cannonball is in the air twice as long and travels four times the distance of the first.

E The second cannonball is in the air twice as long and travels the same the distance of the first.