Answer:
The hominid pelvis displays many unique features (when compared to
that of quadrupedal primates) that support bipedalism. The major
adaptations are seen in the sacrum and the ilia, as well as in the
overall configuration and orientation of the pelvic bones.
Explanation:
These changes in the sacrum were for the adaption of standing on two legs,
The uniqueness is also that ilia are rotated and curved medially, bringing the lateral edge of the blade forward and projecting the top of the ilia outward laterally.
Temporary teeth
I -
3/3 C - 1/1 P - 4/4 M - 0/0 = 16 x 2 =
32
Permanent teeth
I -
3/3 C - 1/1 P - 4/4 M - 3/3 = 22 x 2 =
44
where I = incisors, C = canines, P =
premolars and M = molars
Dental formula can be defined as the number of teeth on one
side of the upper jaw over the number the same type of the number of teeth at the
lower jaw. Thus, the formula is for one side of the mouth and the total number
of teeth is the total in the formula multiply by 2.
Lets say the plant that formed nodules is Species A, and the one who didn't is Species B.
If the nitrogen is concentrated in one area but at a low concentration, then Species A may have formed nodules because it is closer to the concentrated nitrogen. Species B didn't because the nitrogen that is active is being taken by Species A.
The best demostration that applies to Newton's Third Law of motion would be D) When you walk your foot pushes down on the ground while the ground pushes back on your foot.
Answer:
<em>A line graph</em>
Explanation:
A line graph would be the best type of graph to show changes over time. A line graph constitutes of a y-axis and an X- axis. The presence of the axis will make is easier to look at the height changes which occur over time. The y-axis of such a graph could show the height, the X axis of such a graph could show the time. Hence, a line graph could be the best one to represent such a change.
