Numerade

Questions asked

BEST MATCH

At the microsystem level in Bronfenbrenner's ecological systems theory, one might examine the: Health and welfare services of a community. Intra-relationship between home, neighborhood and school environments. Moral, ethical, and religious values of a society. Interactions between a mother and her children.

View Answer

BEST MATCH

There are two types of employees at Tiny Manufacture LLC: full-time employees and part-time employees. A commission-based employee is a type of part-time employee. A full-time employee is characterized by their name, hire date, annual salary, and a method for calculating their weekly pay, based on 52 weeks per year. A part-time employee is characterized by their name, hire date, current week's hours worked, hourly rate, and a method for calculating their weekly pay. The formula for calculating the weekly pay is as follows: weekly pay = current week's hours worked × hourly rate. In addition to the characteristics of a part-time employee, a commission-based employee also has a weekly sales amount and a commission rate. Their weekly pay is calculated using the following formula: weekly pay = current week's hours worked × hourly rate + weekly sales amount × commission rate. The weekly pay method in the Employee class needs to be declared as abstract. To handle the concept of a minimum wage, create an interface called MinimumWage. This interface should have a field for the state minimum hourly wage and a method named metMinimum, which returns true if the wage meets the minimum requirement. The commission-based employee class must implement the MinimumWage interface. Next, create a class called EmployeeTest with the main() method. This class will be used to test the different employee classes. Create an object for both a full-time employee and a part-time employee. Additionally, create two objects for commission-based employees, one that meets the state minimum wage and another that does not. Use the provided employee data from the sample output below. Finally, display the details of all the employees. Sample output: Full-Time Employee: - Name: John Doe - Hire Date: 2023-01-15 - Weekly Pay: $1153.85 Part-Time Employee: - Name: Jane Smith - Hire Date: 2023-02-05 - Weekly Pay: $300.00 - Hours Worked: 20.0 - Hourly Rate: $15.00 Commission Employee 1: - Name: Mike Johnson - Hire Date: 2023-03-10 - Weekly Pay: $250.00 - Hours Worked: 40.0 - Hourly Base Rate: $5.00 - Weekly Sales Amount: $1,000.00 - Commission Rate: 0.05 - Meet state minimum wage: False Commission Employee 2: - Name: Sarah Davis - Hire Date: 2023-04-20 - Weekly Pay: $700.00 - Hours Worked: 40.0 - Hourly Base Rate: $5.00 - Weekly Sales Amount: $100,000.00 - Commission Rate: 0.05 - Meet state minimum wage: True

View Answer

BEST MATCH

Question 2 (2 points) Given that, $\tan(\theta) = -\frac{3}{4}$ and $\frac{\pi}{2} < \theta < \pi$, find the exact values of the trigonometric functions below. Choose the correct match. 1. $-\frac{24}{25}$ 2. $-\frac{8}{5}$ 3. $\frac{6}{5}$ 4. $\frac{3}{5}$ 5. $-\frac{4}{5}$ 6. $\frac{7}{25}$ $\cos(\theta)$ $\sin(\theta)$

View Answer

BEST MATCH

Rosa's heart was racing (from the four cups of coffee she had just finished), but she thought she might be having a heart attack. Her fear seemed to be increasing without end. This might be the beginning of a: panic attack. manic episode. specific phobia. social phobia.

View Answer

BEST MATCH

Question 7 0 out of 10 points Determine which of the following equations are true for all real numbers. Select all that apply. (Note: there is no partial credit on this problem. You must select all the correct answer choices to receive full credit.) Selected Answers: 1 ln(√x+y)= -(log(x)+log(y)) 2 ln(x) In(x-y) In(y) Answers: 1 log(x). 2√x -log(y) + log(2) =log y 1 In(√x+y)= (log(x)+log(y)) 2x log =log(2)+log(x)-log(y) ln(x) ln(x-y) = In(y)

View Answer

BEST MATCH

Blanching is done prior to freezing or dehydration in order to: Group of answer choices will tissues expel tissue gases inactivate enzymes eliminate all microorganisms

View Answer

BEST MATCH

11. If an acute angle is bisected, the resulting angles are: a) Always acute b) Never congruent c) Always obtuse d) Right angles 12. F is the midpoint of segment GH. Which one of the following is not an appropriate statement? a) GF = FH b) GF = 1/2(GH) c) GF + FH = GH d) GF = 1/2(FH) 13. Given angle JKL is similar to angle WZX. Complete the statement: angle KLJ is similar to: a) angle ZxW b) angle xWZ c) angle WZx d) angle xZW 14. Given: angle RSV is similar to angle TSV and angle SVR is similar to angle SVT. What postulate or theorem can be used to show that angle RSV is similar to angle TSV? a) ASA b) SAS c) AAS d) Not enough information given 15. The point of concurrency of the angle bisectors is called the incenter of the triangle. a) Circumcenter b) Point of concurrency c) Perpendicular bisector d) Center

View Answer

BEST MATCH

A software company estimates that the number of copies x measured in thousands, of its new application that will sell when the price is p dollars per copy satisfies the equation 2px^2 + 3px = 40,000. (a) If the price is $20 a copy, how many copies will be sold? (b) Find (dx)/(dp) when the price is $20 per copy. (c) Interpret your answer to the previous part.

View Answer

BEST MATCH

If the owners decide to only grow strawberries, how many acres should they maximize profits? acres of strawberries: 3, 4, 5, 6, 7

View Answer

BEST MATCH

Q1 Circuit Loop in a Time-Dependent Magnetic Field 1 Point A capacitor with capacitance $C$ is connected to a battery of voltage $V$ with circular conducting wire that forms a circle of radius $R$. This system is placed into a region with uniform time-varying magnetic field of magnitude $|\vec{B}(t)| = B_0e^{-\beta t}$ which is directed out of the page, where $B_0$ and $\beta$ are known constants. Find the charge $Q$ on the top plate of the capacitor ignoring the self- inductance of the loop. To receive ANY CREDIT on this problem you must draw all directions of currents, charges on capacitors, and loops you will evaluate.

View Answer

tara c.