Answer:
Answers. Using the given measurements of both figures, set up a proportion that has the corresponding parts in the same position. Then solve the proportion using cross products to find the value for the unknown. Then, cross multiply to solve for x, and that sound give the missing measure.Answers. Using the given measurements of both figures, set up a proportion that has the corresponding parts in the same position. Then solve the proportion using cross products to find the value for the unknown. Then, cross multiply to solve for x, and that sound give the missing measure.Answers. Using the given measurements of both figures, set up a proportion that has the corresponding parts in the same position. Then solve the proportion using cross products to find the value for the unknown. Then, cross multiply to solve for x, and that sound give the missing measure.Answers. Using the given measurements of both figures, set up a proportion that has the corresponding parts in the same position. Then solve the proportion using cross products to find the value for the unknown. Then, cross multiply to solve for x, and that sound give the missing measure.Answers. Using the given measurements of both figures, set up a proportion that has the corresponding parts in the same position. Then solve the proportion using cross products to find the value for the unknown. Then, cross multiply to solve for x, and that sound give the missing measure.
Explanation:
cause i no
Answer:Double circulation has two components, pulmonary circulation and systemic circulation. Pulmonary Circulation : It is movement of blood from heart to the lungs and back. Deoxygenated blood of the body enters the righ auricle, passes into righ ventricle which pumps it into pulmonary arch,...
Explanation:
Answer:
liquid
Explanation:
because they have bends or kinks that doesn't allow the blocks to be tightly stacked like the saturated fats
Answer:
It is : independent assortment
Explanation:
Explains:
When cells divide during meiosis, homologous chromosomes are randomly distributed during anaphase I, separating and segregating independently of each other. This is called independent assortment. It results in gametes that have unique combinations of chromosomes.
