Answer:
it loses its momentum. In simpler ways it is really slow
Explanation:
Natural gas, nuclear reactions, wind, water
Giant alien planets known as "hot Jupiters<span>" can induce wobbles in their parent stars that may lead to the wild, close </span>orbits<span> seen by </span>astronomers. ... Giant alien planets known as "hot Jupiters<span>" </span>orbit<span> their stars much closer than Mercury </span>does<span> the sun</span>
Answer: 1.3 ×10^-31
Explanation:
the required probability is P = e^(-2αL)
Firstly, evaluate (-2αL)
α= 1/hc √2mc^2 (U - E)
h= modified planck's constant
where,
(-2αL)
= -(2L)/(h/2π ) ×√2mc^2 (U - E)
= -(2L) / (hc^2/π )×√2mc^2 (U - E)
(hc^2/2pi) = 197*eV.nm (standard constant)
2*L = 8 nm
mc^2 = 0.511×10^6 eV
Where m = mass electron
C= speed of light
(-2αL) = [-8nm/(197 eV.nm)] × (1.022× 10^6 eV*×3 eV)^0.5
(-2αL) = -71.1
Probability = e^(-2αL) = e^-71.1 = 1.3 ×10^-31
Therefore, the probability that a ondu tion ele tron in one wire arriving at the gap will pass through the gap into the other wire 1.3 ×10^-31.
The scarce resource in this scenario is money ... specifically, the
extent of Sarah's budget for purchasing books to stock.
Whichever category of books she decides on, the number of books
that wind up on the shelves of her shop is a dependent variable, and
will directly depend on the amount she decides to spend to buy them.
