Choose the answer(s) that is/are false about diffusion and osmosis.          

(4 points) True / False? Correct answers receive full points. Incorrect answers may receive partial credit if you show work. If are positive integers and , then is a subspace of  

Which is the most typical labor characteristic when the fetus is in an occiput posterior position?

A woman had a forceps-assisted birth 2 hours ago. Baseline vital signs were T 37.1° C (98.8° F), P 78, R 20, BP 118/70. Which assessment suggests possible development of hypovolemic shock in this woman?

READ THESE INSTRUCTIONS!Show all work to justify your solutions. DO NOT JUST PUT THE ANSWERS. I want you to show me HOW you obtained your solution. If you only put answers, full credit may not be given. Use the Math Text Editor to type solutions using MATH TYPE, located in the TOOL BOX as a plus sign. To edit the Math Text, click on what you want to edit and select the Math Text Editor again. You should see your previous work so you do not need to start over again.You may not use your notes on this part of the Exam. You may use your own Non-graphing Calculator, not on your phone. PhotoMath is NOT a Calculator. A Scientific Calculator will also appear on your screen. You have 2 hours to work this part of the Exam and type your answers with Math Text Editor. Good luck! Due by SUNDAY 3/30/25 by 11:59 pm CDT.DOUBLE-CHECK BEFORE SUBMITTING. Good Luck Everyone!!!! 🙂

A) Describe the steps for finding the inverse of a function. Begin with how you know a function has an inverse. Number your steps.B) Find the inverse of the function below:f(x)=5x + 32C) Show how you know your answer is correct for part B. Hint! Find the composition of functions of the function and it’s inverse to show these are inverse functions.

The planets in our Solar System are pretty evenly spaced.

QUESTION 4 for Gradescope: Consider the region shown below (a triangle with a quarter circle).  If the density is  δ ( x ) = 3 + x 2  grams/cm 2 {“version”:”1.1″,”math”:”\delta(x)=3+x^2 \text{ grams/cm}^2″}set up an integral to find the total mass of the region. (The x- and y-axes in the picture are measured in centimeters, and the variable x in the density function is the x-coordinate of a point on the shaded region shown.) Show all supporting work. In particular, include a sketch of a representative slice labeled with dimensions needed to calculate the mass of the slice, and show all intermediate steps. You do NOT need to evaluate the integral.

Using the function template below, type a working recursive function.  Make sure your function conforms to the instructions given in the comments for the function.    

Beam ABCD is supported by two cables at points E and F and has a smooth support at D. The beam is subjected to a distributed load, a point load and a couple moment at point C, as shown in the figure. Determine the reactions at each support. Note that a Free Body Diagram (FBD) is required to receive full points.