Only the Vietnam era M551 Sheridan light tank (officially designated the "Armored Airborne Reconnaissance Assault Vehicle" when it was first fielded in Vietnam in January 1969).
The Sheridan had a 152mm main gun, an alumimun hull, with foam flotation material imbedded into it's left and right sides. The Sheridan's turret & main gun were built of steel.
All other US tanks had to crawl along the bottom of water barriers, using snorkels to breath.
the US Army invented the Sherman tank.
In 1950, the US Army redesignated tanks as 120mm Heavy Gun tanks, 90mm Medium Gun tanks, and 76mm Light Gun tanks. This was a change from the previous Heavy, Medium, and Light tanks, determined from the vehicle's weight. In 1960, with the advent of the new M60 Combat tank, and the deactivation of the Army's only Heavy Tank battalion (the M103 heavy tanks); the M60 series became MAIN BATTLE TANKS (MBT's).
During the early days of the Vietnam War, the French and allies were using left over tanks from WWII such as: the Japanese Type 95 light tank, and the US M24 Chaffee light tank. During the US Vietnam War, the following tanks were used: US: M48A3 Patton 90mm gun medium tank M551 Sheridan light tank 152mm gun (Armored Airborne Reconnaissance Assault Vehicle) Australia: Centurion 84mm gun medium tank ARVN (South Viet Army): M41 Walker Bulldog light tank NVA (North Viet Army): PT76 Amphibious light tank T-54/T-55 100mm gun medium tank
To smash thru the enemy's trenches (in WW1), without being stopped by machineguns (a bullet proof infantryman).
The British invented tanks in WWI; to breach the trenches. ========== Early drawings for a tank appear in the notebooks of Leonardo DaVinci.
A water tank float switch works by using a buoyant float that moves up and down with the water level in the tank. When the water level rises, the float also rises, triggering a switch to turn off the water supply. When the water level drops, the float lowers, turning the switch back on to refill the tank. This helps regulate the water level in the tank automatically.
To adjust the toilet float for the proper water level in the tank, locate the float mechanism in the tank and adjust the float arm or screw to raise or lower the float. This will control the water level in the tank and ensure it is at the correct level for proper flushing.
To adjust the toilet float for proper water levels in the tank, locate the float mechanism in the tank and adjust the float arm or screw to raise or lower the float. This will control the water level in the tank and ensure it is at the correct level for proper flushing.
To adjust the toilet tank float for the proper water level, locate the float mechanism in the tank. Adjust the float by bending the rod or adjusting the screw to raise or lower the float. Test the water level by flushing the toilet and make further adjustments if needed until the water level is at the recommended mark.
A toilet floats in the tank because of the buoyant force exerted by the water on the float mechanism. This helps regulate the water level in the tank and controls the flushing process.
To adjust the float in a toilet, locate the float mechanism in the tank and adjust the float arm or screw to change the water level. This can help control the amount of water in the tank and ensure proper flushing.
To adjust a toilet float for the right water level in the tank, locate the float mechanism in the tank. Turn the adjustment screw on the float to raise or lower it. Test the water level by flushing and adjust as needed until it reaches the fill line.
To lower the toilet tank water level in your bathroom, you can adjust the float valve inside the tank. This can usually be done by turning a screw or adjusting a knob on the float valve mechanism. By lowering the float, you can decrease the amount of water that fills the tank after each flush.
A float arm in a toilet works by rising and falling with the water level in the tank. When the water level drops, the float arm lowers, opening the valve to allow more water to enter the tank. As the water level rises, the float arm rises and closes the valve to stop the flow of water, thus regulating the water level in the tank.
a submarine has a water tank. when the tank is filled then submarine sink in the water. and when the tank is empty then submarine float in water. use the formula density= mass / volume as mass increases(when the tank is full of water), the density of the submarine increases and it submerge into the water and vice versa.
A float switch in a water tank system is used to monitor and control the water level in the tank. When the water level reaches a certain point, the float switch triggers a mechanism to either stop or start the flow of water, helping to prevent overflow or dry running of the system.
To adjust the toilet float for the right water level in the tank, locate the float mechanism and turn the adjustment screw or clip to raise or lower the float. Test the water level by flushing and adjust as needed until it reaches the fill line marked inside the tank.