
- Answers created by Zoe - Socratic- What two structures in the gastrointestinal tract are connected at the cardiac orifice? What are four major macromolecules and what is their structure and function? Bob is three years older … 
- Answers created by Al E. - Socratic- How the proteins are classified? What is the structural difference between ATP and ADP? What is the function of cilia in the respiratory system? What does the conus arteriosus of a frog ('s) … 
- Questions asked by treid14 - Socratic- Q&A and Videos that make learning easy. Math, History, Chemistry, Algebra, Calculus, Biology and more. 
- Question #7d3d7 - Socratic- Note that the negative signs indicate direction, and follow from the position of the vectors with respect to the chosen coordinate system, i.e. the x-y plane, with conventional directions … 
- How do you solve the system of equations # { (y =7 - x), (x^2- Since this system involves the equation of a circle (e.g #x^2 + y^2 = 65#), the solution set will be of the form # (a, b); (b, a)#. 
- How do vestigial structures support the theory of common …- Vestigial organs are supposed to be relicts of a past function in a more primate organism. The appendix was once thought to have no useful function in human beings. It is now known that a … 
- Question #a824e - Socratic- Solution: d/dx (e^x sqrtx) = e^x sqrtx + (e^x)/ (2sqrtx) Explanation: When differentiating a function which in and of itself is the product of two functions, it sometimes behooves us to use the … 
- Question #764bc - Socratic- The gradient of a scalar function, shows the direction in which the function increases at any point # {x,y}#. In the two dimensional case #vec r = {x,y}# so #1/abs (vec r) = 1/sqrt (x^2+y^2)# and … 
- My fiance and I are planning to get married two years from- If, however, blood cells do cross over from the baby to the mother during pregnancy, labour or delivery, the mother's immune system will recognise it as foreign and mount an immunological … 
- What is the displacement of this question? - Socratic- Dec 2, 2017 · The velocity function is v(t) = t2 −4t +3 for a particle moving along a line. Find the displacement (net distance covered) of the particle during the time interval [− 1,6].