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ismael jimenez

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Question 10 1 pts What is the first step in eliminating racism in health care? Addressing implicit racism in society Improving quality of care for African Americans Educating providers on false misconceptions between races Advocating for change in health care policy and disparities

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The Stores and Service Fund of the City of Monroe is responsible for purchasing office supplies for the Water and Sewer Department as well as departments within the General Fund. Office supplies are ordered in bulk, to take advantage of favorable pricing. Office supplies are then issued (sold) to departments at a markup intended to assure the Stores and Services Fund approximately breaks even. The fund had the following account balances as of January 1, 2024: Debits Credits Cash $34,500 Due from Other Funds 27,000 Inventory of supplies 25,000 Land 18,000 Buildings 80,000 Accumulated Depreciation-Buildings $41,500 Equipment 46,000 Accumulated Depreciation-Equipment 30,000 Accounts Payable 21,000 Advance from Water Utility Fund 30,000 Net Position 108,000 Totals $230,500 $230,500 Required: a. Record the following transactions. 1. In preparing for the FY 2024, the government desires the Stores and Services Fund revenues to approximately equal expenses. It was estimated that the price charged other departments for supplies should be 1.25% of cost to achieve the desired breakeven for the year. 2. The amount due from other funds as of January 1, 2024, was collected in full. 3. During the year, supplies were ordered and received in the amount of $312,000. This amount was posted to accounts payable. 4. $15,000 of the advance from the Water Utility Fund, (originally provided for equipment), was repaid. No interest is charged. 5. During the year, supplies with a cost of $250,560 were issued (sold) to the General Fund, and supplies costing $46,400 were issued to the Water Utility Fund. These funds were invoiced based on the previously determined markup ($313,200 to General Fund and $58,000 to the Water Utility Fund) Note: The Stores and Services Fund reports expenses within 3 categories; • Cost of sales and services • Administration • Depreciation 6. Operating expenses, exclusive of depreciation, were recorded in accounts payable as follows: Cost of Sales and Services $45,500 and Administration, $18,500. 7. Cash was received from the General Fund in the amount of $310,000 and from the Water Utility Fund in the amount of $50,000. 8. Accounts payable were paid in the amount of $367,000. 9. Depreciation in the amount of $4,300 was recorded for buildings and $5,800 for equipment. b. Post the entries to the Stores and Service Fund ledger (t-accounts). c. Prepare an entry closing all nominal accounts to Net position. Compute the balance in the net position accounts, assuming there are no Restricted Net position.

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Barnacles, often seen on rocks along the ocean shore, also live on the snouts of whales, where they enjoy a continuous stream of nutrient-rich water flowing over them as the whale moves throughout the ocean. The whale is oblivious to the presence of the barnacles, who do not harm the whale with their attachment. What kind of species interaction does this relationship describe? Choose one:A. exploitationB. commensalismC. mutualismD. competition

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Part A Based on its role in electron transport, explain how this might be possible. Drag the terms on the left to the appropriate blanks on the right to complete the sentences. Reset Help GTP and ATP Coenzyme Q is a mobile carrier that transfers from intermembrane space to in electron transport. mitochondrial matrix elecrons During the electron transfer to coenzyme Q, into the are pumped through , producing a hydrogen ion NADH and FADH$_2$ gradient that is used to produce ADP Taking a dietary supplement of coenzyme Q could lead to the production of ATP more which will boost energy. NAD$^+$ and FAD complex IV complex III H$^+$ ions complex II complex I Submit Request Answer

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The Reynolds Number ( Re= ho V(D)/(mu ) ) can be used to predict the transition to turbulence in a flow field. Here, ho is the density (k(g)/(m^(3))),V is the velocity ((m)/(s)),D is the diameter of the pipe (m),Re is the Reynolds Number (dimensionless) characterizing the flow field and mu is the dynamic viscosity ( k(g)/(m)s ). For viscous flow in a smooth pipe, ho =950+-8k(g)/(m^(3)),mu =1.1 imes 10^(-3)+-0.0002k(g)/(m)s, D=0.12+-0.01m and V=12+-0.7(m)/(s) a) What is the Reynolds Number, Re ? b) What is the total error in finding the Reynolds Number? Help: use error propagation approach by using partial derivatives. c) Which parameter or V has the largest contribution while finding the Reynolds Number?(15 Points) The Reynolds Number ( Re= ho V(D)/(mu ) ) can be used to predict the transition to turbulence in a flow field. Here, ho is the density (k(g)/(m^(3))),V is the velocity ((m)/(s)),D is the diameter of the pipe (m),Re is the Reynolds Number (dimensionless) characterizing the flow field and mu is the dynamic viscosity ( k(g)/(m)s ). For viscous flow in a smooth pipe, ho =950+-8k(g)/(m^(3)),mu =1.1 imes 10^(-3)+-0.0002k(g)/(m)s, D=0.12+-0.01m and V=12+-0.7(m)/(s) a) What is the Reynolds Number, Re ? b) What is the total error in finding the Reynolds Number? Help: use error propagation approach by using partial derivatives. c) Which parameter or V has the largest contribution while finding the Reynolds Number? 1. (15 Points) The Reynolds Number ( Re = pVD / u ) can be used to predict the transition to turbulence in a flow field. Here, p is the density (kg/m3), V is the velocity (m/s), D is the diameter of the pipe (m), Re is the Reynolds Number (dimensionless) characterizing the flow field and u is the dynamic viscosity (kg/ms) For viscous flow in a smooth pipe, p = 950 8 kg/m3, = 1.1x10-3 0.0002 kg/ms, D = 0.12 0.01 m and V= 12 0.7 m/s a) What is the Reynolds Number, Re? b) What is the total error in finding the Reynolds Number? Help: use error propagation approach by using partial derivatives. c) Which parameter (p, , D or V) has the largest contribution while finding the Reynolds Number?

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Product pricing tends to be competitive in all markets because: Customers have more access to information about competing products. Customers have more access to pricing information. Customers have more information to leverage better prices. All of the above.

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please answer all 3, Thanks! 1. In a simple RC lowpass filter, R=2kQ. C=75uF, determine the half-power frequency of the filter. 2. A simple RC high-pass filter has a cutoff frequency of 500Hz.If C=2uF.R=? 3. Given the following circuit, determine the type of the filter by determining the transfer function. And plot the trend of the frequency response. WW R1 + + Vi(t) c V.(t) Q

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A rotating object has a constant angular acceleration of +2.0 $\frac{rad}{s^2}$. At $t = 0s$, the object has an angular velocity of +1.0 rad/s. Two seconds later, the angular velocity will be -4.0 rad/s 3.0 rad/s 5.0 rad/s

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Name the molecule the way we learned it in class. No MarvinSketch. H2 C H3C C H2 N ::: CH C H2 CH3 A/

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7. The current in a resistor/inductor circuit is given by: $I(t) = \frac{V_0}{|Z|} \left[ \cos(\omega t - \phi) - e^{-\frac{tR}{L}} \cos(\phi) \right]$, where: $\omega = 2\pi f$, $Z = (R + j\omega L)$, $\phi = \tan^{-1} \left( \frac{\omega L}{R} \right)$, and where: $V_0 = \text{voltage (V)}$ $\omega = \text{angular frequency (rad/s)}$ $R = \text{resistance } (\Omega)$ $L = \text{inductance (H)}$ Find and plot $I(t)$ if $v_0 = 230 \text{ V}$, $f = 50 \text{ Hz}$, $R = 500 \Omega$, and $L = 650 \text{ mH}$. Note: You'll need to explore different values of t to find one that best plots the behavior of the current.

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