Hello. You forgot to put the image necessary for this question to be answered. It is important that you always provide all the information necessary for a question to be answered as you deserve.
The figure is attached below.
Answer:
D. The plant will be sensitive and mutated.
Explanation:
Through the image below we can state that the presence of coleoptera larvae, in the roots of corn plants, are few, which indicates that this plant was a type of mutation to present resistance to the attack of these insects, however, the presence of the larvae, allows us to conclude that the plant remains sensitive to these attacks. This indicates that the plant will be sensitive and mutated.
Coleopctera is an order related to the class "insecta", which is part of the biological classification of insects. However, the coleptera is an order composed of beetles, which can be agricultural and urban pests.
Ok... This is a bit complicated but bear with me. In a female's body Estrogen and Progesterone are two of the major used to maintain the menstruation cycle. Gonadotrophic substances are an entirely different topic with it being the hormones FSH and LH (These hormones are released while an egg is in development in the ovaries).
Without going into even deeper specifics. Estrogen is used by the body signal to ovulate, as well as thicken the uterine walls... Progesterone is used to maintain the uterine walls "after" the egg is fertilized. What the pill is suppose to do is actually force a premature ovulation, which is why there is estrogen. The Progesterone's job as is maintain the uterine wall's endometrium to a low level and helps keep blood loss from a period at a minimum.
If you need clarification please feel free to question.
En la respiración celular, la célula depende totalmente de las reacciones Redox, para ser precisos de la reducción del NAD a NADH y la oxidación de NADH a NAD.
Ahora veamos una situación diferente.
En la fotosíntesis, ocurre la reacción inversa de redox, como se muestra en la siguiente ecuación:
6CO2 + 6H2O + E --> C6H12O6 + 6O2
La energía biológica se almacena y se lanza con la frecuencia por medio de reacciones redox. La fotosíntesis implica la reducción del CO2 en azucares y la oxidación del H2O en oxigeno molecular (O2), mientras que en la respiración es lo inverso, la oxidación de azucares a CO2 y H2O.
Entre los pasos redox de la fotosíntesis, compuestos deducidos del CO2 reducen el NAD lo que crea entonces, la creación gradiente de protones, que conduce a la síntesis del ATP y es mantenida por la oxidación del O2.
En los seres vivos, el término redox se utiliza para describir el equilibrio NAD-NADH y NADP-NADPH.
El estado redox contribuye al equilibrio de los sistemas metabólicos. En el caso de alteraciones en las reacciones redox, puede producirse HIPOXIA, que es el déficit del O2 en la sangre, CHOQUE, que es el mal circulamiento de lal sangre y la SEPSIS.
Answer:
True
Explanation:
Pancreatic Lipase Hydrolyzes Triglycerides are produced by the pancreas and secreted into the first part of the small intestine: the duodenum.
Have a lovely rest of your day/night, and good luck with your assignments! ♡
