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What is carol s dweck's purpos, study design, participants, methods, measures and results in study Two of article brainology . Give me answers for all

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For the circuit below, assume the circuit has no energy when the switch closes. (a) Find the steady-state current 𝑖𝐿 and the steady state voltage 𝑣𝑐 after the switch closes. (b) Find 𝑑𝑖𝐿 (0+)/ 𝑑𝑡 (c) Find the voltage across the 1 Ω resistor, 𝑣𝑅(𝑡), for 𝑡 > 0. R=100 WW i L=0.1H C=10-F c R=1

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1. A 2-d line source of strength Q located at the origin has a stream function given by: \begin{equation*} \psi = \frac{Q}{2\pi} \theta \end{equation*} Determine the corresponding velocity potential. [1/2 marks]

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1. Open the "Bottle Line Simulator" program from the Simulation Tab 2. Download the Lab5_Start program from Canvas - This program will increment the conveyor 1 spot at a time and display correct numbers on the BCD output displays - To use the BCD displays use the following Integer registers in your program ? Store Small bottle count in N7:0 ? Store Large bottle count in N7:1 ? Store Broken bottle count in N7:2 3. Write a program to achieve the following a) Count how many Small, Large, and Broken bottles are on the line b) The conveyor must be stopped and the bottle sensor (I:1/6 NO Switch) must be on before the program can count a bottle c) Small and Large sensor is I:1/7 (NO Switch) and broken bottle sensor is I:1/8 (NO Switch) d) Calculate ? The total number of GOOD bottles ? The number of bottles per minute, updated every 10 seconds e) Reset the values when Stop PB is pressed for 3 seconds

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Computer Products... Laptops, Desktops,.... Watch Anime Onlin.... Prime VideoYouTube HOME - myUFV Microsoft Office Ha... Question Completion Status: What is a command and control policy that could be used instead of the tax? QUESTION 6 4 points Save Answer Ike's patio restaurant is located near a Ferry terminal. He has a lease and is required to pay rent on his space for the next four years. When he built his patio cars were not lining up near the patio. Recently the ferry authority has reorganized the flow of traffic and cars are lining up and idling near the patio. The noise and air pollution have harmed the patio business. Customers do not like to sit near the traffic and are concerned about the air pollution. Suggest a solution that would be consistent with the Coase theorem. You will not be given marks for defining the Coase theorem. You need to apply the method. For the toolbar, press ALT+F10 (PC) or ALT+FN+F10 (Mac). BIUS Paragraph Arial 14px ??AI P QUESTION 7 1 points Save Answer Calculate the percentage change in sales of alcoholic beverages between 2013 and 2016. Round to the nearest decimal Sales of Alcoholic Beverages Revenue

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2. A three phase 370 km line (long line) has the line constant per phase: z= 0.0996 + j(0.5143+0.002* 25') $\Omega$/km y= j(3.172+0.002* 25 ) x 10$^{-6}$ S/km If the sending voltage is 137.86/\_27.77$^\circ$ kV (line-neutral) and receiving end voltage is 124.13/\_0$^\circ$ kV (line-neutral), determine the following: a) Receiving end current, $I_R$ b) Sending end current, $I_S$ c) The percent voltage regulation, $VR\%$

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Master Budget: 4,000 units Sales revenue: $60,000 Variable manufacturing costs: $16,000 Fixed manufacturing costs: $13,300 Variable selling and administrative expenses: $8,000 Fixed selling and administrative expenses: $10,200 Actual: 3,900 units Sales revenue: $60,400 Variable manufacturing costs: $20,400 Fixed manufacturing costs: $14,200 Variable selling and administrative expenses: $9,100 Fixed selling and administrative expenses: $10,500

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A processor plans to freeze 1000 kg of strawberries from 20Â°C to -18Â°C in 24 hours in a perfectly insulated freezer. Calculate for this processor the: a. cooling needed to bring the temperature of the berries to the freezing point (kJ) = 80912 kJ b. heat (latent) that must be removed to freeze them (kJ) = 3070000 kJ c. cooling needed to further lower the temperature of the berries to -18Â°C (kJ) = 33368 kJ d. average cooling rate for the 24 hours (watts) = 4875.92 W e. power for the refrigeration unit if the input power must be 50% of the cooling rate = 2437.96 W This information is given: Cp1 above freezing point = 3.89 kJ/kg-K Cp2 below the freezing point = 1.94 kJ/kg-K Latent heat L = 307 kJ/kg Freezing point of strawberry To = -0.8Â°C If the freezer of problem above is 3 m Ã— 5 m Ã— 3 m, has a "U" factor of 1.2 W/(m^2 K), and is in a location where the outside temperature is 26Â°C, what is the total heat loss (watts) from the freezer if the inside temperature is -18Â°C? How much would this increase the power requirement for the refrigeration unit? I need the answer of the bold written, the second part of the question.

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If both of the statements below are true, which statement is a logical conclusion? Some triangles are isosceles triangles. All isosceles triangles have two congruent sides. All triangles have two congruent sides. Some triangles have two congruent sides. Some isosceles triangles have three congruent sides. All figures with two congruent sides are isosceles triangles.

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ACTIVITY 2: Using a different color of pen, mark the circle with the part given. Example: radius 1. Chord 2. Inscribed Angle I

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douglas g.