Tom now had access to the ammunition [ammo]. He now had to load a corr

1.	Tom now had access to the ammunition [ammo]. He now had to load a correct amount of ammo to shoot the combatant. The gun calculated the amount of ammo to be loaded and displayed the following to Tom – “There are 27 bullets that can be fired in each roundand 64 rounds are available, which means 27×64=2x×3y bullets can be shot” The gun can be activated digitally by entering another passcode, which is the numerical value of (x-y). What is the passcode that Tom has to enter? ______ [Enter a numerical value] ___
Answer» Tom now had access to the ammunition [ammo]. He now had to load a correct amount of ammo to shoot the combatant. The gun calculated the amount of ammo to be loaded and displayed the following to Tom – “There are 27 bullets that can be fired in each roundand 64 rounds are available, which means $27 \times 64 = 2^{x} \times 3^{y}$ bullets can be shot” The gun can be activated digitally by entering another passcode, which is the numerical value of (x-y). What is the passcode that Tom has to enter? ______ [Enter a numerical value] ___

Tom now had access to the ammunition [ammo]. He now had to load a correct amount of ammo to shoot the combatant. The gun calculated the amount of ammo to be loaded and displayed the following to Tom – “There are 27 bullets that can be fired in each roundand 64 rounds are available, which means 27×64=2x×3y bullets can be shot” The gun can be activated digitally by entering another passcode, which is the numerical value of (x-y). What is the passcode that Tom has to enter? ____ [Enter a numerical value] _

Answer»

Tom now had access to the ammunition [ammo]. He now had to load a correct amount of ammo to shoot the combatant. The gun calculated the amount of ammo to be loaded and displayed the following to Tom –

“There are 27 bullets that can be fired in each roundand 64 rounds are available, which means $27 \times 64 = 2^{x} \times 3^{y}$ bullets can be shot”

The gun can be activated digitally by entering another passcode, which is the numerical value of (x-y).

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