. Suppose that the stress-versus-strain graph for another wire had a steeper slope than that of the wire used in this experiment. What would this mean physically?
. Suppose that the stress-versus-strain graph for another wire had a steeper slope than that of the wire used in this experiment. What would this mean physically?
College Physics
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Chapter1: Units, Trigonometry. And Vectors
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
Transcribed Image Text:Elasticity: Young's Modulus
2. Suppose that the stress-versus-strain graph for another wire had a steeper slope than that of
the wire used in this experiment. What would this mean physically?
3. Figure 2 shows the general stress-versus-strain curve for an elongating stress on a wire
or block of material. What would the curve look like for a compressive stress on a block?
4. (a) Suppose that the length of the wire between the chucks, Lo, were twice the length used
load produce the same elongation as
in the experiment (same wire). Would a
found in the experiment? If not, what would it be?
(b) Suppose that the experiment were repeated (same L) with a wire of the same material
but with a diameter twice that of the wire used in the experiment. Would a particular
load produce the same corresponding elongation as found in the experiment? If not,
what would it be?
t alo g bu id lalin
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