The natural law that describes the feeling of being pushed away from the center or "thrown" during a turn is known as <span>centrifugal force.
</span>It is the force that is felt by an object moving in a curved path that acts outwardly away from the center of rotation.<span> The direction of this force is always </span>orthogonal<span> to the motion of the body and towards the fixed point of the instantaneous </span>center of curvature<span> of the path.</span>
Answer:
Explanation:
the crossing of the F1 generation will result in the following;
tall green purple terminal : tall yellow purple terminal : dwarf green purple terminal : dwarf yellow purple terminal : tall green white terminal : tall yellow white terminal : dwarf green white terminal : dwarf yellow white terminal : tall green purple axial : tall yellow purple axial : dwarf green purple axial : dwarf yellow purple axial : tall green white axial : tall yellow white axial : dwarf green white axial : dwarf yellow white axial.
there is only one dwarf, yellow pod, white axial flower in the F2
Answer:
<h2>D) 610:190, round seeds:wrinkled seeds</h2>
Explanation:
Let round seed as R and wrinkled seed as r.
So the round is dominant (R) over wrinkled(r).
Hence , round is dominant and wrinkled is recessive rr.
Now cross between pure round (RR) and pure wrinkled (rr).
RR× rr
F1 offspring are: Rr ( all)
Now cross between F1 offspring;
Rr × Rr
F2 are= RR, Rr, Rr and rr
RR and Rr = round
rr= wrinkled.
round to wrinkle ratio is= 3:1
So, 610:190; round seeds:wrinkled seeds is the expected result in the F2 progeny.
Think it’s is a sorry if I get it wrong
Answer:
In addition to their moons, all four of the giant planets have rings, with each ring system consisting of billions of small particles or “moonlets” orbiting close to their planet. Each of these rings displays a complicated structure that is related to interactions between the ring particles and the larger moons.