You arrive at this conclusion because your classmate "and his sister are both much shorter than their parents."
Explanation:
As we start getting older, the bones begin to become thinner. Respectively of the vertebrae converts to become a little shorter. Therefore, so do we. With full-blown osteoporosis, people can lose several inches in height. The average height of a woman in the U.S. is about 5 feet, 4 inches, up about an inch in the last few decades, according to the Centers for Disease Control and Prevention. The study adds to growing interest in early-life events that influence adulthood.
Answer:
Si refrigeramos o congelamos el alimento, las bacterias presentes en ellos tendrán un metabolismo más lento, incluso llegando al punto de la muerte por encima de temperaturas a las cuales no les es posible vivir. Es importante mantener la cadena de frío para que las bacterias no tengan lugar a su reproducción.
Explanation:
Las distintas bacterias que pueden estar presentes en los alimentos tienen distintos parámetros que hacen que sea posible su vida y reproducción. En cuanto a la temperatura, es un factor muy importante ya que podemos encontrar bacterias termolábiles o termoresistentes según puedan vivir en las variaciones de temperatura. La mayoría de ellas no resiste temperaturas frías de refrigeramiento o congelamiento, motivo por el cual los alimentos se conservan así. De esta forma reducimos el riesgo de padecer Enfermedades de Transmisión Alimentaria. La cadena de frío por su parte permite que esa temperatura sea constante a lo largo de todo el procesamiento, transporte y disposición de los alimentos.
You are correct it is the answer D.!
Answer:
Preparedness refers to being prepared to respond to a disaster, whereas mitigation also seeks to either prevent the disaster or lessen its impact. Preparedness can only be enacted prior to a disaster, whereas mitigation can be implemented before a disaster starts or during the disaster.
Explanation:
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i hope you understand better
Answer;
-Viruses are too small to be seen in a light microscope, however viruses can be seen with an electron microscope with 100,000x magnification
Explanation;
-Viruses are considerably smaller, as they are merely nucleic acid surrounded by a protein shell as opposed to an entire living cell. Viruses typically range from 20-400 nm, meaning one needs an electron microscope to see them.
Bacteria are over 100 times larger than viruses, but both can still only be seen by using a microscope. However, bacteria can be seen through a light microscope while virus can not. (since the maximum magnification of a light microscope is x1500 which is not enough to view a virus).