anonymous
  • anonymous
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Mathematics
katieb
  • katieb
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anonymous
  • anonymous
Can the following differential equation be solved without knowing how to solve a second order differential equation? \[\frac{d^2 \vec r}{dt^2}-4\frac{d \vec r}{dt}-5 \vec r=0\]
Haseeb96
  • Haseeb96
Where is the equation?
Haseeb96
  • Haseeb96

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anonymous
  • anonymous
It is there in my post
anonymous
  • anonymous
I'll write it again
anonymous
  • anonymous
\[\frac{d^2 \vec r}{dt^2}-4\frac{d \vec r}{dt}-5 \vec r=0\]
Haseeb96
  • Haseeb96
this is not equation . this is statement.
Haseeb96
  • Haseeb96
what is vector r equation here?
anonymous
  • anonymous
It's a function of t
anonymous
  • anonymous
That's really all the information that is given
anonymous
  • anonymous
\[\vec r(t)=x(t)i+y(t)j+z(t)k\]

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