Originally posted by MERCILOUS
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Well, I'm was trying to cfind the best way to answer. . So I thought that I could compare Spiderman's webbing to steel to show that he can cut through something that holds massive amounts of weight.
You know, it's flexable and strong. .
But when I compared the numbers for the highest grade steel I could find to the number we were presented with for the webbing, I discovered that steel that holds 9 tons is actually MORE than Spiderman's given webbing . . .
These old handbooks are becoming less and less credible. . . You know wthe ones that even states that wolverine can be killed throguh blood loss or loss of vital organs. They seem to depower EVERYBODY. . .
I mean obviously real world physics are in no way shape or form useable in comic books since Cyclops, would need enormous neck muscles to withstand the kickback on his head every time he used his power. due to newton's third law.
Winged superheroes, such as Hawkman, would need ridiculously large chest muscles to get themselves off the ground.
And then there is the Flash . . .
But still. . . the handbook's number for Spiderman's webbing is significantly less than that of high grade steel, which some power houses can plow through like wet tissue paper, regardless of feasability to their stength.
I mean a tensile strngth of 9 tons per square centimeter for high grade steel is more than Spidermans 120 pounds per square milimeter. . . or 6 tons. . . about 3 tons less than steel.
Meaning anyone who can break metal should be able to rip Spiderman's webbing apart with ease. . .