Numerade

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Question 3 of 12 Which pulse characteristic should the nurse assess when looking for evidence of local obstruction? Rate Rhythm Bruits Contour NOT SURE CONFIDENT estimated finish: 10min Report content

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The amount of transdermal absorption of chemicals depends on what properties?

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Ejercicio 8. Sea $ f_{n}(x)=x^{n} $, para $ x \in \mathbb{R} $ y $ n \in \mathbb{N} $. Demuestra por inducción que $ f_{n}^{\prime}(x)=n x^{n-1} $.

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0.5 points Similar to 9-10d 6.511 grams of Acetic Acid (FM 60.05, pKa=4.756) and 2.341 grams of Sodium Acetate (FM 82.03) are mixed together in 100 ml of solution. What is the pH of this solution after 15.91 mL of 0.131 M NaOH are mixed with it. The buffer equilibrium reaction has the general form: HA ---> $H^+$ + $A^-$ Acetic Acid ---> $H^+$ + Acetate

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Text: 49 CFUs in original undiluted sample of 1ml to 1:100000, what would the number of CFUs be? Then, what would the new CFU be if diluted in 0.1ml?

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I need assistance on q. 1 & 2. Question 1 0/2 pts 96 Details Score on last try: 0 of 2 pts. See Details for more. You can retry this question below. The physical fitness of an athlete is often measured by how much oxygen the athlete takes in (which is recorded in milliliters per kilogram, ml/kg). The mean maximum oxygen uptake for elite athletes has been found to be 65 with a standard deviation of 8.5. Assume that the distribution is approximately normal. Round your answers to 4 decimal places. Hint: Find the probability a normal random variable is in the right tail or the left tail. Find the probability that an elite athlete has a maximum oxygen uptake of at least 89.7 ml/kg. 0.002 Find the probability that an elite athlete has a maximum oxygen uptake of at most 56.5 ml/kg. 0.1525 Question Help: Message instructor Post to forum Submit Question Question 2 0/1pt 100 Details For a continuous random variable X that is normally distributed with mean = 58.4, and standard deviation = 10.4, find P29, the percentile value that divides the area under the density curve into 0.29 to the left and 0.71 to the right. P29 = (Round the answer to 2 decimal places) Question Help: Video 1 Video 2 Written Example 1 Message instructor Post to forum Submit Question Question 3 1/1 pt 94-99 Details Score on last try: 1 of 1 pts. See Details for more. The amount of time to complete a physical activity in a PE class is approximately normally distributed with a mean of 35.3 seconds and a standard deviation of 6.9 seconds. a) What is the probability that a randomly chosen student completes the activity in less than 28.2 seconds? 0.151 b) What is the probability that a randomly chosen student completes the activity in more than 39.3 seconds? 0.280 c) What proportion of students take between 30.3 and 38.4 seconds to complete the activity? 0.438 d) 75% of all students finish the activity in less than 40.24 seconds. Question Help: Message instructor Post to forum

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A word is equal to 12 bits The system will fetch and execute 3 lines of code only. The PC register will be incremented by 1 after each fetch. Show final values in binary below after execution. some of the known values prior to the start of execution PC REGISTER 000011111111 3 BIT OPCODES 110 LOAD MBR FROM MEM 111 ADD MBR FROM MEM 101 STOR MBR TO MEM MEMORY addr after execution: 000000000111 250 000000001001 251 memory value must be in binary address value must be in decimal register value must be in binary 000000000100 252 addr MEMORY REGISTERS 110011111011 253 PC 110011111010 254 110011111010 255 MBR 111100000100 256 101011111010 257 enter the memory value and address IR 110011111000 258 only if the original value changed 111111111111 259 MAR 000000001001 260 000000000110 261

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Problem 2 A plane truss is shown: 3 ft y RAY Link 2 Node #3 Link 7 RAX Node #1 Link 1 Node #2 300 Lbf Link 4 Link 5 Link 6 RBY Link 8 Link 9 Node #6 X Node #4 Node #5 800 Lbf 4 ft 4 ft 4 ft Equilibrium requires that the x- and y-components of the forces at the nodes sum to zero. Sum these forces to develop a system of equations $AF = b$, where $F$ is the member- and reaction-force vector defined as F = [F1 F2 F3 F4 F5 F6 F7 F8 F9 RAX RAY RBY]$^T$. where F1-F8 are the internal forces in links 1-8 respectively and where RAX, RAY, and RBy are the reaction forces applied by the supports as shown in the figure. (a) Print the resulting matrix A to at least two significant figures. (b) Print the resulting right-hand vector b to at least two significant figures.

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Problem #3: Consider the $^{35}Cl_2$ molecule where $m_{Cl} = 34.97$ amu. The two chlorine atoms can vibrate relative to their common center of mass and also rotate about the center of mass. At equilibrium, the two atoms are separated by a distance of 0.1987 nm. (1 amu = $1.661 \times 10^{-27}$ kg) (a) Calculate the reduced mass and moment of inertia for this molecule. [6 pts] (b) Considering only rotational motion and ignoring vibrations, calculate the energies of the ground state ($J = 0$) and the first two excited states. [5 pts] (c) The vibrational frequency is found to be 554 $cm^{-1}$. What is the force constant for this molecule? [4 pts]

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Part F - Analyze the modified circuit to find the output voltage due only to the $i_2$ current source The original circuit with the $v_1$ and $i_1$ sources eliminated is shown here. Using the circuit analysis technique of your choice, find the output voltage $v_o''$, due only to the $i_2$ current source. Note that $i_2 = 1 mA$. 30 k$\Omega 10 k$\Omega 60 k$\Omega Express the output voltage with the appropriate units. 12 k$\Omega 36 k$\Omega

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