Question:
Cual es la reaccion de los tubulos de malpighi en agua salinas
What is the reaction of Malpighi tubules in saline water
Answer:
The Malphighian tubes excrete salt (NA+) at the expense of potassium(K+) when exposed to saline water. They are the primary secretion regulator in an insects body.
Las trompas de Malphighian excretan sal (NA +) a expensas del potasio (K +) cuando se exponen al agua salina. Son el principal regulador de secreciones en el cuerpo de un insecto.
O2 (oxygen) is not needed for photosynthesis to occur.
Answer;
-The statements that are true of Pangea include;
A. Pangaea was one of several supercontinents that have formed and broken up during Earth's history.
C. Rates of seafloor spreading in the Atlantic Ocean are compatible with what is known about the breakup of Pangaea.
D. The regional-scale folds visible in the Appalachian Mountains are remnants of Pangaea's formation.
Explanation;
-About 300 million years ago, Earth didn't have seven continents, but instead one massive supercontinent called Pangaea, which was surrounded by a single ocean called Panthalassa.
-The movement of Earth's tectonic plates formed Pangaea and ultimately broke it apart. Pangaea existed during the Permian and Triassic geological time periods, which were times of great change.
Answer:
Although higher levels of testosterone in women cause an increase in muscle mass, this condition is also associated with health problems including, among others, infertility, polycystic ovarian syndrome, hirsutism, sleep apnea, irregular menstrual cycles and obesity, and therefore affecting their athletic performance.
Explanation:
A high level of testosterone in females not only influences their physical appearance, and its imbalance has been associated to health issues that affect women's athletic achievement. Testosterone is a hormone that controls gene expression in multiple organs and one of the most important metabolic regulators of sugar, lipids and proteins, thereby level higher than normal may cause the loss of the organism's homeostasis in women.
