I. Y. A. A. Y. A. S, 2W051B Study UREs. Work hard. Be what your people need you to be.
The raw materials must be cheap
The raw materials must be nonhygroscopic
The raw materials must be common to America
The raw materials must be vital to the war effort
3,200 and 25,000 feet per second
3,200 and 28,000 feet per second
3,200 and 31,000 feet per second
3,200 and 32,000 feet per second
Detonation
Disposition
Deflagration
Decomposition
Burning
Detonation
Volatilization
Explosive reactivity
Detonates the fuze
Deonates the main charge
Transmits energy from one detonating component to the next
Controls the delay in the functioning of fuze explosive train
Use a nondelay delay
Use a time action HE train
With a delay action HE train
With a superquick action HE train
Fuze, detonator, booster, and bursting charge
Detonator, booster and a bursting charge
Fuze, booster, and a bursting charge
Detonator and a bursting charge
Behind the detonator
Ahead of the detonator
Behind the burster charge
Ahead of the burster charge
Detonation
Penetration
Heat
Blast
Decrease the standoff distance
Increase the standoff distance
Decrease the explosive charge
Increase the explosive charge
To produce an explosive penetration of a solid object
Ignite rocket motors equipped with electric squibs
No practical application in the munitions field
Bring down walls and collapse roofs
Size of the burster charge
Type and amount of charge
Density and thickness of the target
Shock wave and a jet of dense gas
Warhead size
Warhead filler
Warhead color
Warhead shape
By the bronze body and white markings
By a light blue body and white markings
By the olive-drab body and white markings
By a light green background with light red letters and yellow band.
The rear of the launcher
The front of the launcher
Either side of the launcher
Either the front or rear of the launcher
Framentation
Smoke
Blast
Fire
Electrical
Hydraulic
Proximity
Inertia
Nose only
Tail only
Nose or tail
Between the lugs
Imediately after the bomb is released from the aircraft
When the next normal event will initiate the battery-firing device
When the next normal event will initiate a functioning of the fuze
When the fuze is installed into the fuze well of the bomb and the safety pins are pulled
Battery-firing device
Arming lanyard assembly
Electric charging assembly
Electronically timed sensor
Seal wires
Cotter pins
Safety blocks
The "detonator safe" feature
Change the delay element
By rotating the timing lock
By adjusting the calibrated dial
The firing delay time is fixed and cannot be changed
Laser-guided bomb series only
BLU-109/B-series guided bombs
MK80 and M series with conical fins only
Retarder equipped general-purpose bombs
Nothing
Bungee cord
Battery-firing device
Target-detecting device
FZU-39/B
FMU-56/B
FMU-214/B
FMU-110/B
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Here's an interesting quiz for you.