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tina rosado

tina r.

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1. Discuss how this diagnosis may have affected Jen’s development, both physically and psychologically, during adolescence.

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on 33 x has been feeling particularly sad lately. To cope with these feelings, Alex often drinks alcohol. Alex reportedly feels numb after drinking alcohol. hol whenever feeling sad to "numb out the pain." How does operant conditioning explain Alex's behavior? - Alex drinks alcohol as positive reinforcement because it provides immediate pleasure, which increases the likelihood of drinking when feelings Alex drinks alcohol as negative reinforcement because it removes the unpleasant feelings of sadness, making it more likely that Alex will conti Alex drinks alcohol as punishment because it adds to the negative feelings, which should decrease the likelihood of drinking. The sight of alcohol has become associated with relief from sadness, leading Alex to drink when feeling sad.

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Which model indicates how the software will respond to external events? Group of answer choices Class Model Non-functional requirements model Behavioral Model none of the above

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7. (10 pts) You wish to chill some freshly brewed tea ($T = 95^\circ C$) to a temperature where you can drink it without burning your tongue, using the minimum amount of ice to avid watering it down too much. What amount of ice should you add to 2.0 kg of tea to cool it down to $75^\circ C$? The ice is initially at a temperature of $-5^\circ C$ and is in an insulated container, and you can assume tea has the same specific heat as water. Relevant heat capacities: specific heat of water: $4180 \frac{J}{kg \cdot K}$, specific heat of ice: $2090 \frac{J}{kg \cdot ^\circ C}$, heat of fusion: $3.34 \times 10^5 J/kg$

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Question 4 (2 points)Which of the following structures is matched correctly with it's function) epithalamus controls the autonomic nervous system midbrain maintains a rhythm for breathing hypothalamus produces melaninthalamus sends sensory information to the cortex

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The record of what transpired at a meeting is known as the: O agenda memoranda O itinerary O minutes

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The figure below analyzes a tax imposed on a good. The tax reduces the quantity sold from 20 units to 16 units. Using the figure, answer Questions a-h. PD S Q 20 16 $13 $11 $8 $1 $18 a) What is the size of the tax per unit? Tax per unit $3 b) How much is the sellers' burden of the tax per unit? Sellers burden of tax = $2 c) How much is the buyers' burden of the tax per unit? Buyers burden of tax =$1 d) Which is less elastic, demand or supply? Supply is less elastic e) What is the deadweight loss of the tax? Deadweight loss = $12 f) What is the total tax revenue for the government? The total tax revenue for the government is $48 g) What is the total consumer surplus? h) What is the total producer surplus?

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A sphere of radius R = 0.255 m and uniform charge density 151 nC/m³ lies at the center of a spherical, conducting shell of inner and outer radii 3.50R and 4.00 R, respectively. The conducting shell carries a total charge of Q = -90.5 nC, Determine the magnitude E(r) of the electric field at the given radial distances $r$ from the center of the charge distribution. E(0.460R) = 588.6 N/C Incorrect E(3.90R) = 0 N/C E(3.35R) = 114 N/C Incorrect E(5.90R) = 0 N/C Incorrect

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Q2) Note: The concentration of Na$^+$, Cl$^-$ and Ca$^{2+}$ are high in the exoplasm. In contrast the concentration of K$^+$ is high in the cytoplasm of the neuron. The worm C. elegans moves towards or away from an odor using the neuronal circuitry shown below. ODOR Neuron 1 Neuron 3 Neuron 2 Moves towards Moves odor away from odor Optogenetics experiments can be applied to the worm to investigate the roles of specific neurons in odor sensing. For a) and b) below, choose from the following options: worm moves towards the odor/ worm moves away from the odor/ worm is unresponsive to the odor and explain why you selected the response. a) The light-activated channel rhodopsin (ChR1) opens in response to blue light and allows passage of Na$^+$ ions across the membrane. You construct a C. elegans where the ChR1 channel is expressed exclusively in Neuron 2. Then you expose the worm to an odor (ethanol). What response would you predict on stimulation with blue light and why? b) The light-activated Halorhodopsin channel (NpHR) opens in response to yellow light and allows passage of Cl$^-$ ions across the membrane. You construct a C. elegans where the NpHR is exclusively expressed in Neuron 1. Then you expose the worm to an odor (ethanol). What response would you predict on stimulation with yellow light and why?

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Convert decimal numbers 4077 and 6643 into binary, octal and hexadecimal expansions.

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