Most of the mechanical systems in the Medieval castle gates worked by the use of weights and pulleys. A rope connected to the gates ran through a pulley. The rope was wrapped around a wheel that was turned to raise or lower the gates.
Turnstiles!
It was rammed through walls and big doors. They would first douse the doors with oil. Then they would set fire to them and let it burn to weakin the enourmous wooden doors.
frutietooty
because if they faced the eachother they would die
In medieval castles, the bailey was a walled courtyard or enclosure that served multiple purposes. It provided a space for various activities such as housing soldiers, livestock, and workshops, as well as storing supplies. The bailey was typically surrounded by a curtain wall and often included defensive features like towers or gates, enhancing the castle's overall security. Its design facilitated the daily life of the castle's inhabitants while also serving as a first line of defense against attackers.
Medieval guards were responsible for protecting castles and kingdoms by patrolling the walls, gates, and grounds, monitoring for any signs of danger or intruders. They were also tasked with maintaining order within the castle, enforcing laws, and assisting in the defense of the castle during attacks. Guards were expected to be vigilant, skilled in combat, and loyal to their lord or ruler.
Microsoft
You should stop at a railroad crossing with mechanical gates and lights whenever the lights begin flashing. Do not attempt to cross while the gate is being closed.
so if the castle was under attack they could enter the castle gates and they would be safer than if they were outside.sorry its only short but I'm meant to be doing my homework about castles thats due in tomorrow
You can create an astable multivibrator with PNP, NPN, FETs, or even with NOR gates, NAND gates, or NOT gates. In fact the escapement movement in a mechanical watch is a species of astable multivibrator.
Castles protect people by providing very high and durable walls to keep invaders away. They were highly successful until large siege engines were created to tear down the walls.
A physical barrier is a tangible, often structural feature that prevents or limits access to an area, such as walls, fences, or natural obstacles like rivers and mountains. In contrast, a mechanical barrier refers to devices or systems designed to obstruct movement or flow, such as locks, gates, or security systems. Both types of barriers can serve protective or controlling functions in various contexts, from security to environmental management.