Explanation:
It is given that,
Maximum electric field, 
Time taken, 
(a) Maximum magnetic field, 
B = 333.33 T
(b) Intensity of beam, 
(c) Energy delivered by the pulse, 
E = 13200 J
Hence, this is the required solution.
There is a low correlation between the independent and dependent variables. Something we are not considering is probably causing the changes in the dependent variable.
That kind of depends on where the ship is now, and where it wants to go.
We learn these kinds of things in navigation school, and I'll just bet that
it's the kind of information that's right there in the part of the question
that you didn't bother copying.
Answer:
chemical symbol: Th
atomic number:90
protrons :90
neutrons:142
group#:4
period#: 9
Explanation:
you take the atomic weight (232.038)and subtract the atomic number to get (90) which is your neutrons
Given:
w = z(t)= γ − β*t^2
Differentiating both sides with respect to t, we get:
α = z(t) = -2βt
Given: <span> γ = 5.35 rad/s and β = 0.810 rad/s3
</span>
so, For t = 3 sec,
angular acceleration = -2 * 0.810 * 3 = <span>-4.86</span>
