Answer:
First graph is 1/4
Second graph is 2
let me know if you need the steps
Answer:
The probability of finding a particle in a space is proportional to the square of its absolute value.
In quantum mechanics, there are still chances of find a particle in a classically forbidden region.
That is, finding the ground state harmonic oscillator displaced beyond the classical turning points.
Since there is a chance for finding the ground state harmonic oscillator displaced beyond the classical turning points, the probability (P) will have a value and not equal to Zero( I.e 16%).
By normalization, the probability can be added to 1
This phenomenon is tunneling in quantum mechanics.
Step-by-step explanation:
The motion of a classical oscillator is confined to the region where its kinetic energy is nonnegative.
Physically, it means that a classical oscillator can never be found beyond its turning points, and its energy depends only on how far the turning points are from its equilibrium position. The energy of a classical oscillator changes in a continuous way. The lowest energy that a classical oscillator may have is zero, which corresponds to a situation where an object is at rest at its equilibrium position. The zero-energy state of a classical oscillator simply means no oscillations and no motion at all (a classical particle sitting at the bottom of the potential well.
Answer:
100
Step-by-step explanation:
91+85+84+100 is 360
Divide that by 360, and you get 90, exactly.
I hope this helps!
The solid shape is a cone and a half sphere. So the equation would be (cone volume) + (1/2 sphere volume):
If the volume of the cone is 270pi and the height of the cone is 10, then:
The radius of the object is 9 cm. Therefore, we can plug into the formula for the total volume:
The total volume is 513 pi cm^3
