Animalia, fungi , plantae , eubacteria,protista , archaebacteria
Answer:
Let's consider that red fruit is dominant over the yellow fruit.
<em>The phenotype of the red fruit of P1 will be red fruit and the genotype will be RR.</em>
<em>The phenotype of the yellow fruit of P1 will be yellow fruit and the genotype will be rr.</em>
To check the outcomes of the F1 generation, lets cross the P1 generation:
r r
R Rr Rr
R Rr Rr
<em>The results show that all the offsprings from the F1 generation will show the dominant phenotype which is red fruit and they will have Rr genotype. </em>
<em></em>
Answer:
Below is the explanation
Explanation:
Requirement 1
The main problem with Bohr's model is that it works very well for those atoms which have only one electron, like H or He+, but it didn't work for multi-electron atoms. Bohr was able to divine the difference in energy between each energy level, allowing us to intuit the powers of each line in the emission spectrum of hydrogen, and understand why electron energies are quantized.
Requirement 2
The application of Schrodinger's equation to atoms can explain the nature of electrons in atoms more accurately. Solving the Schrödinger equation gives us Ψ and Ψ2. With these, we can get the quantum number and the shapes and orientations of orbitals that characterize electrons in an atom or molecule.
There are two types of Schrodinger's equation: a time-dependent Schrödinger equation and a time-independent Schrödinger equation.