In an aqueous 10% dextrose solution, _________ is the solvent.  Type the best answer below in the text box:

In Lab 2, you conducted a virtual lab simulation that used a dialysis bag that was placed into a beaker of fluid.  Remember that dialysis bags are like artificial cells, such that their membrane is selectively permeable to solutes and solvents. Imagine that you have a dialysis bag filled with a 3 M glucose solution.  That dialysis bag is placed in a beaker filled with a 2 M NaCl solution. Assume that both of these solutions are aqueous and this dialysis bag material is impermeable to both solutes, but permeable to the solvent. In the space below, briefly describe what will happen to the volume of fluid inside the dialysis bag over the next 30 minutes and explain HOW this change will happen. PRO TIP: You may want to draw this situation out on your scratch paper so you can visualize what’s going on …

If this is the sequence of DNA, what RNA would be made from it?  Be sure to label the 5′ and 3′ ends. 3′ AATCGGTAGCA 5′

If a Ca2+ channel opens in the plasma membrane, those ions will flow out of the cell by facilitated diffusion.

Lab simulations on Connect only use a mouse to engage with the virtual lab environment; there are no keyboard shortcuts for any actions in the virtual laboratory.

Write the range of IP addresses that fall within the following CIDR address designations and state the number of addresses in the group:  CIDR: 74.21.112.0/21   Answer format:. Range: w1.x1.y1.z1 – w2.x2.y2.z2  (e.g,,. appropriate range within: 0.0.0.0 – 255.255.255.255) Lowest value in range is: Highest value in range is:

What is virtual output queuing in a network switch?  Would there ever be a need for virtual input queuing? Explain why or why not.

Show your work for the previous problem. Answer Format: For full credit, your answer must: 1. Provide the formula(s) that you are using with variables only. 2. List the values of the variables. 3. Provide the result. Examples:  Formula used: c=2*t values of the variables:  t=2  result:    c=4 Formula used: E=mc^2 values of the variables: m=2, c=4 result:  E=32    

Which routing algorithm, Dijkstra or Bellman-Ford, is better at responding quickly to changing connections in the network, i.e., quicky creating new routing tables when one new node is added, or when a link goes down.   Answer Format Write your choice (Bellman-Ford or Dijkstra): Provide your reason for your choice: (one or two sentences in text)

When performing a Virtual Lab simulation on Connect, you must take notes on your own paper, since there is no way to digitally take notes within the simulation itself.