I found this radiography online, i hope it's the same:
1- <span>Spinous process
2- Atlas ( it's the first vertebra)
3- Axis </span><span>( it's the second vertebra)
4- Transverse process
5- </span><span><span>Intervertebral disc</span> (present between vertebras)
6- body of the vertebra
the occipital bone is a reference that it's the posterior side, while the mandibule indicates it's anterior.
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1. Populations changing over generations
2. Gradual change
3. Speciation
4. Natural selection
5. Common descent
Energy can neither be created nor destroyed. It is transformed from one to another form.
The example of potential energy raised ball over the round and example for kinetic energy is water is used for moving the turbine to produce electricity.
Explanation:
This process happens because of conservation of energy. According to the rule of the conservation of energy, energy can’t be created nor destroyed. It is simply converted from one to another form. It simply means this system always need same amount of energy.
Due to motion of object or particle an energy is formed is called kinetic energy and due to relative position of energy an energy is formed is called potential energy.
Answer:
1. Chromosomes that are dissimilar (in size or genes present) are- heteromorphic.
2. Chromosomes that are similar (in size or genes present) are – homomorphic.
3. A(n) species produces gametes that are morphologically indistinguishable- isogamous.
4. A(n) species produces gametes that are morphologically distinct- heterogamous.
Explanation:
-
Heteromorphic chromosomes are dissimilar in size or presence of genes present on it.
- Homomorphic chromosomes are similar in size or genes present on it.
- Isogamous species are those which produce gametes that are morphologically indistinguishable.
- Heterogamous species are those which produce gametes that are morphologically distinguishable.
