draw a picture for this problem Mary brought a fish tank in the shape parallel piped...
4) Imagine you have a fish tank with a volume of 0.25 cubic meters. Initially the water in it has an ammonia concentration of 0 parts per million or ppm (1 ppm means there is 1 g of ammonia out of every million g of water in the tank). a. What is the mass of water in the tank (assume that the water has a mass of 1 kg per liter)? b. If the water in the tank had a...
4 Analysis 1 A fish tank is 100 cm long, 50 cm wide and 30 cm tall. It was tipped on its side edge until the water just reached the top of the tank as shown in this diagram 100 cm water 30 cm dcm When the tank was returned to rest on its base, the water reached one-quarter of the way up the tank What volume of water is actually in the tank? (simple familiar) b Calculate the number...
Please help draw what the problem is stating below: A nonconducting tank of negligible heat capacity and 1 m3 volume is connected to a pipeline containing steam at 5 bar and 370 C, filled with steam to a pressure of 5 bar, and disconnected from the pipeline.
Redo the fish tank problem seen in class, but now include the nitrogen gas as well into the system, along with the previously existing components. Use all the data from before. Assume that the Henry’s Law constant for nitrogen in water (Hn,w) at 25°C is 87008.55 atm and for oxygen in water (Ho,w) at the same temperature = 42538.46 atm. Does your pet fish still have enough dissolved oxygen in the tank to survive? (Minimum mole fraction of dissolved oxygen...
1) A large tank of fish from a hatchery is being delivered to a lake. The hatchery claims that the mean length of fish in the tank is 15 inches, and the standard deviation is 5 inches. A random sample of 40 fish is taken from the tank. Let x be the mean sample length of these fish. What is the probability that x is within 0.5 inch of the claimed population mean? (Round your answer to four decimal places.)...
2. A parallel plate capacitor is submerged in a tank of water. Each plate is circular in shape with a radius of 5.0 cm, and the capacitors are placed 1.2 mm apart. a. (4 pts.) What is the capacitance of the capacitor? b. (3 pts.) If the capacitor is hooked up to a 12 V battery, what is the charge on each plate of the capacitor? C. (3 pts.) What is the electric field strength in the region between the...
ground. Problem# 3: Use Figure 1 below to analyze picture (ə) only. a) Draw the free body diagrams b) Express the appropriate equations c) Find the tension in each cord in if the mass of the suspended object is 800 g. (b) Problem# 4: A man pushes on a piano with mass 195 kg; it slides at constant velocity down a ramp that is inclined at 25.0° above the horizontal floor. Neglect any friction acting on the piano. a) Draw...
draw step by step, this is C++. The first picture is the problem
and the second picture is an example
Q2. (30 pts) Find the minimum spanning tree using Prim's algorithm for the following graph. For this question, the solution must be provided step by step as shown in your textbook in Figures 9.51 in page 415. 6 B F 4 2 7 A 3 1 5 D 5 N 3 G C h 1 E 9 2 VI V2...
2. [23pts] A laser is submerged in a tank of liquid benzene. When the laser beam makes an angle of greater than wavelength of the laser light in air is 560nm. a) [4pts] What is the frequency of the laser light in the benzene? or equal to 41.78° with respect to the normal, no light exits the benzene into the air (n 1) above the tank. The b) [1 1pts] What is the speed of light in benzene? c) [8pts]...
1) Using the map above, draw a
picture of an appropriate targeting vector and draw a map of the
gene after the neomycin resistance gene (neo) has been
inserted.
Review of Concepts: Gene Identification and Gene Knockout You want to study the physiological role of a gene you just cloned by making a "Knock-out" mutant mouse. Your gene has 5 exons (see below) and you want to mutate it by inserting neomycin resistance gene (neo) into exon 3 1 2...