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This is not necessarily true. Only when the heal tapers will its surface area be smaller. The surface area is that which is in contact with the ground. Platform shoes are likely to have the same surface area as normal shoes, and stilettos will have a very tapered heel and therefore small surface area and great pressure per square unit)
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Why are high-heels shoes banned from certain types of floor?
It is because the heels n high-heeled shoes have a small surface area. That small surface area can get stuck in certain type of floor like mud because the heels will sink in the mud. You would need flat shoes that have a large surface area to go on floors that are not capable of hold shoes like high-heels.
If we wear high heels in one leg and sleepers in another leg which exerts pressure more preesure to the ground?
The leg wearing high heels would exert more pressure on the ground due to the smaller surface area in contact with the ground compared to the leg wearing sleepers. This pressure is distributed over a smaller area, increasing the force exerted on the ground.
Who exerts more pressure on the ground -a kg women standing in high heels or a kg women standing in work boots?
The woman in high heels exerts more pressure on the ground because the smaller surface area of the heels concentrates her weight onto a smaller area, increasing the pressure. The work boots would distribute her weight over a larger surface area, resulting in less pressure on the ground.
Does someone wearing high heels exert more pressure then someone wearing Wellington boots?
Yes, someone wearing high heels may exert more pressure because the weight is concentrated on a smaller surface area compared to Wellington boots, which distribute the weight more evenly. This can result in higher pressure on the ground.
Who exerts more pressure on the ground a 50kg woman standing in high heels or a 50kg woman standing in work boots?
The woman in high heels exerts more pressure on the ground because the weight of her body is distributed over a smaller area due to the small surface area of the heel compared to the work boots. This results in higher pressure on the ground beneath the heels.
Does a woman exert higher pressure on the ground when she is wearing high heels or flat sole shoes?
They both exert the same amount of force theoretically, it's just that the force exerted on the floor by the high-heel spike is more concentrated. High heel - less surface area, more concentrated force. Work boot - more surface area, less concentrated force.
Why do high heels put more pressure on the dance floor then a elephant's foot?
High heels have a small surface area that concentrates the wearer's body weight on a tiny area, creating more pressure per square inch on the dance floor compared to an elephant's foot, which has a larger surface area that distributes its weight more evenly.
Who exerts more pressure on the ground a 50 kg woman standing in high heels or a 50 kg woman standing in work boots?
The woman standing in high heels will exert more pressure on the ground as the pressure is determined by the force applied over a given area. Since the high heels have a smaller surface area compared to work boots, the force exerted by the woman's weight will be concentrated on a smaller area, resulting in higher pressure on the ground.
Why high heeled shoes sink deeper on soft soil than flat shoes?
High heeled shoes have a smaller surface area in contact with the ground compared to flat shoes, which concentrates the wearer's weight onto a smaller area. This increased pressure causes the heels to sink deeper into soft soil. In contrast, flat shoes distribute the weight more evenly across a larger surface area, reducing the sinking effect.
Who exerts more pressure on the ground a 50 kg woman standing in high heels or a 50 kg woman standing on work boots?
I would think that the woman in high heels would exert more pressure per square inch. All that 50 kg of weight is concentrated onto the small heels of the high heels, whereas with the boots it's spread out around the area of the boots, which significantly lowers the pressure. Put another way, if you go out and try to walk on extremely crunchy snow with the boots, they act like a pair of liferafts on water, in a sense, or at least for a second or two. With the heels, they sink right through the snow.
Why is there more pressure under a woman's stiletto high heel shoe than an elephants foot?
Pressure is exactly equal to force divided by surface area. If that fact is true it is because the whole elephants weight (force) is spread out over four feet of relatively large surface area. A womans weight is only on her two (smaller) feet. If she leans on the back of her high heels all the weight (force) shifts to the tiny points of the stillettos. To find out how much more pressure is on the stillettos, just take the weight divided by the approximate surface area of the high heel. But since elephants weigh up to 13000 pounds, about 100 times what a woman weighs the heels would need to be (since only two heels to an elephants 4 feet) about 50 times smaller than an elephants foot to get equal pressure so it seems possible.
Why is it difficult to walk with a narrow and a high heels on a soft ground?
Walking on a soft ground with narrow and high heels is difficult because the narrow heels can easily sink into the soft surface, causing instability and making it harder to balance. The narrow surface area of the heels also creates less support and weight distribution, which can lead to more pressure on certain points of the foot, making it uncomfortable to walk.
