You can try all you want – but it's impossible to crush a natural diamond with a wooden and plastic hammer. For you to crush a natural diamond, you'll need to use a steel hammer. Not only that – you'll need to generate enough force. Only then – and with a swift swing – can we crush a diamond by hitting it with a steel hammer.

The result is the pressure of the air pushing from the outside of the can is great enough to crush it. The sudden collapsing of an object toward its center is called an implosion. Nature wants things to be in a state of …

 — It requires approximately 1,100 pounds of force to fracture a human skull at its weakest points, which are located around the temples. As the human skull is so resistant to outside forces, it is much more likely for an individual to suffer serious head injuries from intracranial pressure.

 — Knowing the force needed to crush multiple cans can help in designing more efficient s, as well as understanding the structural strength and durability of cans. What materials are needed for the experiment? The experiment requires multiple empty aluminum cans, a , a scale, and a measuring instrument such as a …

 — Almost all modern car crushers use a hydraulic press to crush the cars. A large motor powers a pump that pushes hydraulic fluid to drive large cylinders. Using principles of force-multiplication, a hydraulic system can generate over 2,000 psi and impart more than 150 tons of crushing force onto a pile of scrap cars.

To fracture the skull there would require 500 kgf, or the force that 500 kilograms (1,100 pounds) would exert in standard gravity. A man would have to weigh 235 500 kilograms (517 1,100 pounds) to ...

 — The force needed can vary greatly, but it generally takes a significant amount of force to crush a watermelon. The force required to crush a watermelon can be exerted through various means. One common method is to use physical force by applying direct pressure with hands or by using tools such as a hammer or a blunt object.

Nevertheless, such cans can be made of very thin aluminum because the same force acts outward from the inside of the can. If a few cubic centimeters of water is poured into such a can (just enough to cover the bottom) and the can is held above a laboratory burner for about 30 seconds, the water can be brought to the boiling point where its ...

Crushing a soda can from top to bottom is easier if it is dented initially on the side. Predicting the force needed to crush a dented can, however, which is of critical importance for structural reliance of materials engineering is …

 — s are used for crushing empty, full, half-full, line rejects, or off date products aluminum or steel cans for easier recycling.

Now, to calculate the force required, we divide the breaking strength by the surface area of the cube: Force = Breaking Strength / Surface Area Force = 841,000,000 Pa / 1 m² Force = 841,000,000 N. Therefore, it would take approximately 841,000,000 Newtons of force to crush a 1-meter steel cube made of carbon steel to the point of failure.

 — The uncertainty of how the can can crush can be reduced by adding a failure point (dent) in the can. This will concentrate the force on that point and almost certainly …

The coil becomes a very strong magnet when the is turned on. It is thousands of times stronger than the earth's magnetic field and its strength can be used to crush a metal can. When we put a can in the coil and turn the on, electricity flows through the coil. Also, some of the electricity flows around the outside of ...

First, the size and ripeness of the watermelon can significantly impact the force needed to crush it. A ripe, juicy watermelon will require less force to crush than a smaller, less ripe watermelon. This is due to the fact that ripe watermelons have a higher water content, making them softer and easier to crush. ...

 — The dimensions of the cans are also designed specially in order to withstand the outside pressures. A square inch of a soda can bears 80-90 pounds of force from outside. One atmosphere pressure force is equals to 720lbs or 3200newtons. So, in order to crush a soda can, you need to give nearly 50 pounds of force.

In this, some crushing force is needed to crush the cans/bottles to reduce its volume by large extent. The design is so done that the knowledge of designing, mechanism and forces are increased. This project consists of designing and fabrication of an automatic can

 — Larger bones can support more force, so in order to analyze the behavior of the bone material itself we need to divide the force applied to the bone by the minimum cross-sectional area (). This quantity is …

More particularly, FIG. 8A serves to illustrate the relationship of the handle, link member and presser member wherein the force input necessary for crushing an all aluminum can was determined to be 52.5 lbs., the force input for crushing a one piece steel can was found to be 83.7 lbs. and the force input to crush seamed steel cans was found to ...

What other factors can influence the force required to crush a watermelon? Other factors that can influence the force required to crush a watermelon include its shape, ripeness, and the thickness of its skin. Watermelons with thicker skins, for instance, would generally require more force to crush. Why do people crush watermelons?

Needed equipment: 1 - empty pop can 1 - large mass. Step 1: Position Can. Find a solid surface on which can will be crushed. It should be strong enough to support the can and the large mass used. ... I have chosen to apply 185 pounds of force on my can to crush it. A cylinder will support a large amount of force if applied properly and directly ...

 — Discover the world of aluminum s, their benefits, and how they can make recycling easier. Learn about different types of crushers, their features, and find answers to frequently asked questions. Join us to explore the possibilities of reducing waste and embracing sustainability with aluminum s.

 — Dent an aluminum can and it will be easier to crush from top to bottom. But predicting the exact force needed to crumple a dented can is notoriously difficult, requiring knowledge of the exact dimensions and …

 — Sometimes all it takes to break a bone is a step in the wrong direction or, more specifically, a force applied in the same direction as the line-up of the nano-size collagen fibers that give bone ...

 — Mmax = 0.3183*MR* (1-a), a, alpha, = I/ (A*R^2) = (rho/R)^2. compare to plastic bending allowable. Answer is IMO approximate as it is not designed to answer …

Each group investigates the force needed to crush the cylinder from the top by standing it upright, placing a piece of card on the top and applying a force using the push-meter, or by adding 100g weights one at a time. Each 100g weight applies a force of 1N. The force needed to crush the cylinder can be read just before the cylinder collapses.

 — What is a and How Does It Work? 29th Jul 2022. The QCR 101 is suitable for crushing waste items with a volume of up to 30 litres, using pneumatic power. It can be used to crush small tins, …

 — The standard unit for force is the Newton (N). In the formula for calculating force to crush a pipe, the unit of force is typically measured in pounds (lbs). 4. Can the pressure required to crush a pipe be determined using this formula? Yes, the pressure required to crush a pipe can be determined by rearranging the formula to P = F/A.

Larger bones and tendons can support more force, so in order to analyze the behavior of the bone material itself we would need to divide the force applied to by the cross-sectional area (). The resulting quantity is known as the stress (σ) on the material. Stress has units of force per area so the SI units are (N/m 2) which are also known as ...

 — If you're looking for the specifics to snap a piece of your skeleton, it takes about 4,000 newtons of force to break the typical human femur. But don't run out and start applying pressure to femurs and then get upset at us when things don't crack correctly. A lot depends on the bone itself, its position in the body, and the angle of attack.

We want to make a but we need to know how much force we need to crush a can and be able to incorporate the necessary materials and motor. How can we calculate the necessary force? Your solution's ready to go! Our expert help has broken down your problem into an easy-to-learn solution you can count on.