40.00 for premium - 15.00 more than standard
40-15=35.00 for standard
Kinetic energy, KE = 0.5 mv^2
Where m is the mass
V is the velcocity
First calculate the kinetic energy of the bullet
Ke = 0.5(0.008 kg) ( 370 m/s)^2
Ke = 547.6 J
547.6 J = 0.5( 74 kg) v^2
<span>V = 3.85 m/s</span>
has divergence
so that by the divergence theorem, the flux of through is the integral of over the interior of (call it ):
is a tetrahedron in the first quadrant defined by the set
(and this is by no means the only way to define )
Then the integral over is
Answer:
( -4 , 13 )
Step-by-step explanation:
2 ( -4 ) + ( 13 ) = 5
5 = 5
3 ( 13 ) = 15 - 6 ( -4 )
39 = 39
( -4 , 13 )