That depends on how many chips you ate on the specific day of breaking your fingers, if you eat chips you may not break your finger but if you didn't then you might end up in a+e with a broken finger, also if you eat beans then it'd an entirely different matter
It would only take about 30 pounds of pressure per square inch to break a human neck. At 25 pounds of pressure, it causes instant unconsciousness.
The fingers are some of the easier bones in the human body to break. If you are looking for the amount of force that it takes, it takes roughly 8 pounds of pressure to break the bone.
The amount of pressure that it takes to break an arm depends on the strength of the arm and the angle in which the pressure is applied. On the average, it takes 120 pounds of pressure.
The amount of pressure needed to break a bone like the humerus can vary greatly depending on factors such as the age and health of the individual, as well as the direction and force of the impact. However, on average, it may take several hundred pounds of pressure to break the humerus bone.
Since it would probably be tempered glass, 100lbs. of pressure.
It takes about 7 pounds of pressure to break an elbow according to the UFC
No, it is not typically recommended to strap a broken middle finger to the index finger. It's best to consult a healthcare professional for proper assessment and treatment. They may provide a splint or brace to immobilize the finger for proper healing.
Depends. It can take up to 250 pounds of pressure I think.
It typically takes around 500-700 pounds of pressure to break a pencil. The exact amount can vary depending on the type of pencil and its thickness.
If you want to break your finger you should either slam it in a door,twist it,(etc.) But seriously why would you really want to break your finger?
Diamonds are extremely hard and have a high resistance to pressure. It would take approximately 600,000 atmospheres of pressure to break a diamond. This is equivalent to around 12 million pounds per square inch.
thumb bone requires about 100-150 pounds of pressure to fracture. However, the force needed to break a bone can vary based on factors such as bone density, angle of impact, and individual differences.