Questions asked
Questions 9-13 For the circuit shown in figure answer the following questions: 9. What is the current through the 3 $\Omega$ resistor? (a) 1 A (b) 2/5 A (c) 3 A (d) 21/5 (e) 2 A 10. What is the total rate of dissipation of electrical energy in the 3 $\Omega$ resistor? (a) 9 W (b) 27 W (c) 18 W (d) 12 W (e) 25 W 11. What is the potential difference across resistor $r_1$? (a) 10 V (b) 3 V (c) 2 V (d) 1 V (e) 8 V 12. What is the power delivered from the battery labeled as 1 to the 3 $\Omega$ resistor? (a) 9 W (b) 12 W (c) 18 W (d) 27 W (e) 25 W $E_1 = 11 V$ $r_1 = 1 \Omega$ $R = 3 \Omega$ $E_2 = 10 V$ $r_2 = 1 \Omega$ 13. What the total rate of dissipation of electrical energy in the 3 $\Omega$ resistor and in the internal resistance of the batteries. (a) 31 W (b) 11 W (c) 5 W (d) 32 W (e) 22 W
1.1.1. If it is assumed that an average person drinks 2L of untreated water daily and consumes 30g of contaminated fish, what route of exposure (drinking water or eating fish) results in the greatest risk from toxaphene in 1 year?
Part 3: ATP Requirement for Gluconeogenesis (3 points) Gluconeogenesis is an anabolic pathway that converts pyruvate into glucose. Given the Delta G^(@') value of this conversion, which stands at approximately 43kca(l)/(m)ol, calculate the minimum whole (rounded) number of moles of ATP that must be hydrolyzed to make the synthesis of one mole of glucose energetically favorable, considering the net consumption of ATP Part 3:ATP Requirement for Gluconeogenesis(3points) Gluconeogenesis is an anabolic pathway that converts pyruvate into glucose.Given the AG value of this conversion,which stands at approximately 43 kcal/mol,calculate the minimum whole(rounded) number of moles of ATP thatmustbe hydrolyzed to make the synthesis of one mole of glucose energetically favorableconsidering the net consumption of ATP
Which characteristic can be used to categorize connective tissues? Structure Proximity to similar cells Location Contact with extracellular macromolecules
The Jones Stock Fund sells Class A shares that have a front-end load of 6.25 percent, and a 12b-1 fee of 0.18 percent, and other (expenses) fees of 0.71 percent. There are also Class B shares with a 5 percent CDSC at 5% in Year 0 and then declines by 1 percent a year, a 12b-1 fee of 0.90 percent, and other fees of 0.75 percent. You plan to invest $875 in each fund. If the portfolio return is 9 percent per year and you plan to sell after the third year, how much will your Class B fund be worth it when you sell it? If the portfolio return is 9 percent per year and you plan to sell after 15 years, how much will your Class A fund be worth it when you sell it?
Part A How much time does it take a pulse of light to travel through 180 m of water? t = s
The npn transistor used in the common-emitter amplifier shown in Figure P-3, has $eta = 100$ and $V_{BE} = 0.7$ V. a. Determine the Q point ($V_{CE}$ and $I_C$) for the DC bias circuit b. Calculate the voltage gain $A_{vo} = frac{V_o}{V_{in}}$ c. Calculate the voltage gain $A_{vs} = frac{V_s}{V_{in}}$ d. Calculate the current gain $A_i = frac{I_o}{I_{in}}$
R1=7080, R2=8990, R3=8720, V=41, I=0.0074, K=4.5, Use Mesh analysis to find the Mesh currents i1, i2, i3
Tax return preparers may be penalized for all of the following except a. aiding and abetting an understatement of tax liability. b. aiding or assisting in the preparation of a false return. c. disclosure of relevant facts concerning the tax treatment of a transaction. d. failure to file the correct information on a return.
If you take a job upon graduation for $60,000 per year and receive a 2% raise each year, what will be the future value of all your earnings after 40 years of working? Assume that you are paid at the end of each year and that your time value of money is 5% APY.
