Answer:
C
Explanation:
soil erosion from wind and water occurs much quicker
Answer:
Hola, para resolver tu problema debes tener en cuenta tanto a tu gata como a sus crías.
Primero, respecto a la madre, una buena alternativa serian inyecciones de vitaminas y suero, que la ayudarían a reponer energías y a generar más alimento para sus crías. Pero también la ayudaría a sentirse menos decaída, lo cual mejoraría su estado de ánimo.
Por el lado de las crías, si lo que deseas es que se alimenten por otra vía que no sea la de su madre, una alternativa ideal es la leche maternizada artificialmente, que es un alimento específico para gatos recién nacidos, aunque es bastante costoso de adquirir. Otra alternativa, ya casera, es hervir arroz, colar los granos y utilizar el agua en donde se cocinó como alimento para los cachorros. Obviamente, debes dejar enfriar el líquido, pero una vez a temperatura natural tendrá muchos nutrientes que habrá absorbido de los granos de arroz y servirá como sustituto de la leche materna.
The total magnification would be 600x as you would obtain the total magnification by multiplying the objective lens magnification and the eyepiece magnification together.
40 • 15 = 600.
According to the colonial hypothesis, choanoflagellates and modern animals have a common ancestry.
This view is supported by molecular data. Choanoflagellates are a group of colonial, unicellular eukaryotes that thrive in free-living settings and are regarded to be the closest living relatives of animals. Choanoflagellates are collared flagellates, and at the base of each flagellum, they have a collar made of interlaced microvilli that resembles a funnel. Both asexual and sexual reproduction are possible in chonoflagellates. One apical flagellum, an ovoid or spherical cell body that is 3–10 m in diameter, and a collar of 30–40 microvilli around it make up their distinctive cell shape.
Learn more about the choanoflagellates here:
brainly.com/question/22928854
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Answer:
The initial effect of a stimulus on a sensory receptor is a small, local change in membrane potential called a(n) <u>receptor potential</u>.
Explanation:
The process used by sensory receptors to transform the physical energy of the sensory stimulus into action potentials, the fundamental unit of information in the nervous system, is called sensory transduction. The entrance of positive charges towards the interior (mainly Na +), will cause a depolarization; while if there is an exit of positive charges from the interior (mainly K +) then hyperpolarization will occur. This change in membrane potential is called the receptor potential. A receptor potential is then a local potential that can sometimes represent the only response that results from the transduction process, for example in the taste sensory cell.