Due to thin edge of sharp knife, the thrust falls over a very small area of the vegetable or fruits producing a large pressure, which cuts the fruits or vegetables easily.
Due to thin edge of sharp knife, the thrust falls over a very small area of the vegetable or fruits producing a large pressure, which cuts the fruits or vegetables easily.
The foundations of building area laid on a larger area of the ground so that the thrust of the building produces less pressure on the ground and the building may not sink into the ground (because pressure = thrust/area).
The foundations of building area laid on a larger area of the ground so that the thrust of the building produces less pressure on the ground and the building may not sink into the ground (because pressure = thrust/area).
What is the SI unit of pressure?
The SI unit of pressure is N/m² or pascal (pa). 1 p a = 1 N/m²
The SI unit of pressure is N/m² or pascal (pa). 1 p a = 1 N/m²
See lessThe knives have sharp blades. Why?
Due to thin edge of sharp knife, the thrust falls over a very small area of the vegetable or fruits producing a large pressure, which cuts the fruits or vegetables easily.
Due to thin edge of sharp knife, the thrust falls over a very small area of the vegetable or fruits producing a large pressure, which cuts the fruits or vegetables easily.
See lessWhat is the SI unit of thrust?
The SI unit of thrust is newton (N)
The SI unit of thrust is newton (N)
See lessThe force due to weight of a body acts in which direction?
It acts vertically downwards.
It acts vertically downwards.
See lessWhy are the foundations of building laid on a lager area of the ground?
The foundations of building area laid on a larger area of the ground so that the thrust of the building produces less pressure on the ground and the building may not sink into the ground (because pressure = thrust/area).
The foundations of building area laid on a larger area of the ground so that the thrust of the building produces less pressure on the ground and the building may not sink into the ground (because pressure = thrust/area).
See less