Answer:
1. Green beetles and red beetles exist in the environment.
2. Birds that eat the beetles move into the environment.
3. Red beetles are eaten by birds, but green beetles aren’t eaten.
4. Green beetles pass on their color trait to future offspring.
5. The entire population of beetles eventually becomes green in color.
Explanation:
According to the theory of natural selection, only those species survives which fits closely with their environment. According to the conditions given, there are two genetic variations of the same species based on the color, i.e. green and red. Initially, both red and green are living together in a grassland (green in color). Then, birds enter the same environment because they have food there (beetles). Now, green beetles will take a competitive advantage because of the color and avoid getting eaten by the birds. However, red beetles would be prominent and eaten fast. The green beetles will pass on their genetic variation causing the color to be green in their future offspring and a time will come when there will be on green beetles in the area.
"The time passed would be an independent variable and the height of the lentil seedling would be the dependent variable" are the factors among the choices given that <span>would be the independent and dependent variables. The correct option among all the options that are given in the question is the third option or option "C".</span>
The Outer ear. The pinna is the part you can see, and the ear canal is the part just inside of that :)
<span>These occurs when fetal lose control over the
sphincter and a hypoxia-related peristalsis. Meconium-stained amniotic fluid is
an indication for careful fetal surveillance. The nurse should note the
variable decelerations of the newborn and notify the physician whether meconium
is present. This meconium-stained amniotic fluid are often suction before the
first breath to reduce the severity of the condition. Moreover, amnio-infusion
is an effective way in decreasing the variable fetal heart rate decelerations
and fetal mortality. </span>
