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jessica perry

jessica p.

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Question 9 0/10 pts 3 99 Write an equation in the form $y = c + a \sec(b(x - d))$ or $y = c + a \csc(b(x - d))$ for the function graphed above.

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Suppose Alana has just purchased a newly issued municipal bond for $2,000. The bond pays $100 to its holder at the end of the first, second, and third years and pays $2,100 upon its maturity at the end of the following year. a. Determine the principal amount, term, coupon rate, and coupon payment for Alana’s bond

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In health care, individuals have the personal liberty to make decisions based on options given by their health care provider. Given intellectual competence and adequate information, an individual has the power to make their own decisions. Group of answer choices Beneficence Nonmaleficence Autonomy Veracity

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John Paul invests $5700 in two different accounts. The first account paid 6 %, the second account paid 9 % in interest. At the end of the first year he had earned $420 in interest. How much was in each account?

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According to the International Data Corporation (IDC), what is that crucial ability that will make cloud computing essential for businesses to succeed, sustain, and compete in today’s markets? 1 point Multi-cloud infrastructures Cognitively enabled workflows Applied exponential technologies such as AI, Automation, IoT, and Blockchain Data-driven decisions

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(3) Find the Thevenin resistance and voltage across terminals A and B. Preferably use the method of source transforms to find the Thevenin voltage. R1 W 500$ > 4< V1 R2 R3 SV 100V 1?? 1?? 1A Mw 500$ (4) A current of 10 milliamps is flowing in the circuit shown below. (a) How many electrons flow through the circuit in 1 second? (b) Use KVL to determine the voltage $V_r$ (c) Determine the powers $P_1$, $P_2$ and $P_3$ and $P_R$ (d) Using the power dissipated by the resistor, determine the value of R. R P2 V2 1V P1V1 5V + R $V_R$ 50$ $P_R$ ww $V_A$ + P3 4 B

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Density of water calculation using a burette Initial volume Final volume Mass of of water of Density burette burette (mL) (mL) dispensed (g/mL) (g) Sample 1 2.00 12.00 10.191 1.019 Sample 2 12.00 22.00 10.348 0.966 Sample 3 22.00 32.00 10.099 0.990 Sample 4 32.00 42.00 10.200 0.980 Sample 5 42.00 52.00 9.445 1.058 (4pts) Calculate the average density of water for the burette measurements. (g/mL) (12pts) Percent Error 1.0026 At 25 °C, the density of water is 0.997044 g/mL. Use this value to determine the percent error for the two density measurements. (4pts) Calculate the percent error for density using graduated cylinder. (4pts) Calculate the percent error for density using the burette readings. (4pts) What does the % error tell 5.236%

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Two Experiments were done to determine how the psychological effect of simply thinking that a problem is easy or difficult affects students' ability to solve the problem. In both experiments gifted and special needs elementary school children were given identical problems labeled with different difficulty ratings from 0-10 (with 0 being super easy and 10 being super challenging). In Experiment A the children themselves were allowed to choose what level of difficulty they wanted. In Experiment B the children were randomly assigned to the difficulty levels. The results from the 2 experiments are shown in the 2 scatter plots below. Plot 1 depicts the results of Experiment A and plot 2 depicts the results of Experiment B. Score 100- 80- 60- 40- Plot 1 Gifted Students 20- Special Needs Students 0- 0 2 4 6 8 10 Labeled difficulty level a. For which plot(s) is the overall correlation between difficulty rating and score about 0? Plot 1 only Plot 2 only Both Neither Plot 2 Score 100- Gifted Students 80- 60- 40- 20- Special Needs Students 0- 0 2 4 6 8 10 b. For which plot(s) is the overall correlation between difficulty rating and score strongly positive? Plot 1 only Plot 2 only Both Neither c. For which plot(s) does there appear to be an interaction between the groups and the difficulty level? Plot 1 only Plot 2 only Both Neither d. For which plot(s) is the causal effect of perceived difficulty confounded by group membership? Plot 1 only Plot 2 only Both Neither Labeled difficulty level

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Price per unit PA P3 P2 P1 0 Q1 Q2 Q3 Q4 MR Figure 14.2 ATC MC Quantity per time 1. The most the firm in figure 14.2 can be regulated to produce is: a. Q1. b. Q2. c. Q3. d. Q4.

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Write a program in C that, when ran, asks the user for two values whose difference cannot exceed 12 - if it does, give a warning and request the value again. It will then compute the factorial of that sum and prints the result to the screen. • The C program must have a prompt that requests input from the user and only exits on explicit user command • The C program must find the difference of these two values from an assembly.S file (capital S) • The C program must call the factorial function from an assembly.S file (capital S) In your README, answer why the difference of the two values must be less than 13.

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