Shock waves arise in many physical applications, ranging from supernovas to detonation waves. A graph of the density of a shock wave with respect to distance, x , is shown here. We are mainly interested in the location of the front of the shock, labeled x S F in the diagram. a. Evaluate lim x → x S F + ρ ( x ) b. Evaluate lim x → x S F − ρ ( x ) c. Evaluate lim x → x S F ρ ( x ) . Explain the physical meanings behind your answer.
Shock waves arise in many physical applications, ranging from supernovas to detonation waves. A graph of the density of a shock wave with respect to distance, x , is shown here. We are mainly interested in the location of the front of the shock, labeled x S F in the diagram. a. Evaluate lim x → x S F + ρ ( x ) b. Evaluate lim x → x S F − ρ ( x ) c. Evaluate lim x → x S F ρ ( x ) . Explain the physical meanings behind your answer.
Shock waves arise in many physical applications, ranging from supernovas to detonation waves. A graph of the density of a shock wave with respect to distance, x, is shown here. We are mainly interested in the location of the front of the shock, labeled xSFin the diagram.
a. Evaluate
lim
x
→
x
S
F
+
ρ
(
x
)
b. Evaluate
lim
x
→
x
S
F
−
ρ
(
x
)
c. Evaluate
lim
x
→
x
S
F
ρ
(
x
)
. Explain the physical meanings behind your answer.
Show that the Laplace equation in Cartesian coordinates:
J²u
J²u
+
= 0
მx2 Jy2
can be reduced to the following form in cylindrical polar coordinates:
湯(
ди
1 8²u
+
Or 7,2 მ)2
= 0.
Draw the following graph on the interval
πT
5π
< x <
x≤
2
2
y = 2 cos(3(x-77)) +3
6+
5
4-
3
2
1
/2 -π/3 -π/6
Clear All Draw:
/6 π/3 π/2 2/3 5/6 x 7/6 4/3 3/2 5/311/6 2 13/67/3 5
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Determine the moment about the origin O of the force F4i-3j+5k that acts at a Point A. Assume that the position vector of A is (a) r =2i+3j-4k, (b) r=-8i+6j-10k, (c) r=8i-6j+5k
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