Answer:
50%
Explanation:
La información que tenemos es:
Un hombre homocigoto (ee) que carece la posibilidad de enrollar su lengua.
Una mujer heterocigota (Ee). Al tener dos copias distintas de este gen, la mujer puede enrollar su lengua ya que este es un gen dominante (E) sobre el gen recesivo (e) que impide este movimiento.
Si hacemos un Cuadro de Punnett veremos que la capacidad de enrollar la lengua en los descendientes de esta pareja tiene una probabilidad fenotípica del 50% ya que hay un 50% de probabilidades de que su descendencia tenga un genotipo Ee y otro 50% de que sea ee, lo cual se expresa en una probabilidad fenotípica, es decir lo que se puede apreciar visiblemente como resultado de la interacción del genotipo y el ambiente, de con un 50% de poder enrollar la lengua.
<u> ║e ║ e</u>
<u>E║Ee║Ee</u>
<u>e║ee║ee</u>
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Answer:
See explanations.
Explanation:
If you’re having trouble beginning an exercise plan or following through, you’re not alone. Many of us struggle getting out of the sedentary rut, despite our best intentions.
You already know there are many great reasons to exercise—from improving energy, mood, sleep, and health to reducing anxiety, stress, and depression. And detailed exercise instructions and workout plans are just a click away. But if knowing how and why to exercise was enough, we’d all be in shape. Making exercise a habit takes more—you need the right mindset and a smart approach.
While practical concerns like a busy schedule or poor health can make exercise more challenging, for most of us, the biggest barriers are mental. Maybe it’s a lack of self-confidence that keeps you from taking positive steps, or your motivation quickly flames out, or you get easily discouraged and give up. We’ve all been there at some point.
Whatever your age or fitness level—even if you’ve never exercised a day in your life —there are steps you can take to make exercise less intimidating and painful and more fun and instinctive.
Carbon moves from the atmosphere to the biosphere and also from the atmosphere to the hydrosphere through a variety of processes.
<h3>Carbon cycle</h3>
Carbon in the form of carbon dioxide in the atmosphere is sequestrated by plants (biosphere) through a process known as photosynthesis.
When plants die, their organic matter decomposes into the soil (lithosphere) while some carbon is released back into the atmosphere via decomposition. Soil carbon also helps plants to grow.
Carbon in the atmosphere also gets sequestrated into water bodies (hydrosphere) by dissolution.
More on carbon cycle can be found here: brainly.com/question/1627609
Honestly I'd say a biologist studying the liver in mice, would figure out a drug to help the liver metabolize drugs and detoxify chemicals. I'd think they would figure out a way to prolong life by increasing liver health, and help remove Bile buildups that can occur. Both in human and in mice.
<span>The most frequent type of ground or surface-based temperature inversion is the one produced by terrestrial radiation usually on a clear, still night. Temperature inversion refers to the increase in temperature brought about by the rise in altitude. On the other hand, terrestrial radiation refers to the radiation naturally emitted by radioactive materials present on Earth. Among these are radon, thorium, and uranium. </span>
