09.06.2021

Noah uses the double number in the line below. On the double number line, write the correct numbers at each unlabeled tick mark.
Please explain.

. 4

Faq

Computers and Technology
Step-by-step answer
P Answered by PhD

Following are the solution to this question:

Explanation:

For question 1:

public class Toy//defining a class

{        private String toyName;//defining String variable

       private String toyMaker;//defining String variable

       private double toyCost;//defining double variable

       Toy() //defining default constructor Toy

       {

       }

       Toy(String aToyName, String aToyMaker)// defining parameterized constructor that accepts two String parameters

       {

       }

       Toy(String aToyName, String aToyMaker, double aToyCost)// defining parameterized constructor that accepts three parameters  

       {

       }

}

For question 2:

public class Song//defining a class Song

{

private String title;//defining String variable

private String artist;//defining String variable

private int trackMinutes;//defining integer variable

private int trackSeconds;//defining integer variable

Song() //defining default constructor

{

title = artist = "";//use String variable that holds null value

trackMinutes = trackSeconds = 0;//use integer variable that hold a value  

}

Song(String title)//use parameterized constructor that holds one parameter  

{

this.title = title;// use this keyword to hold title value

artist = "";// //hold value in String variable

trackMinutes = 0;//hold value in integer variable

trackSeconds = 0;//hold value in integer variable

}

Song(String t, String a) //use parameterized constructor that holds two String parameter

{

title=t; //hold value in String variable

artist=a;//hold value in String variable

trackMinutes = trackSeconds = 0;  //hold value in integer variable

}

Song(String t, String a, int min, int sec) //use parameterized constructor that takes 2 String and 2 integer parameters

{

title = t;//hold value in integer variable

artist = a;//hold value in String variable

trackMinutes = min;  //hold value in integer variable

trackSeconds = sec;   //hold value in integer variable

}

}

In the question 1, three constructor is declared, in which one is default and two is parameterized, that accepts two string parameter and two string and one double parameter.

In the question 2, four constructor is declared, in which one is default and three is parameterized, that accepts one, two, and four parameter.

Computers and Technology
Step-by-step answer
P Answered by PhD

Following are the solution to this question:

Explanation:

For question 1:

public class Toy//defining a class

{        private String toyName;//defining String variable

       private String toyMaker;//defining String variable

       private double toyCost;//defining double variable

       Toy() //defining default constructor Toy

       {

       }

       Toy(String aToyName, String aToyMaker)// defining parameterized constructor that accepts two String parameters

       {

       }

       Toy(String aToyName, String aToyMaker, double aToyCost)// defining parameterized constructor that accepts three parameters  

       {

       }

}

For question 2:

public class Song//defining a class Song

{

private String title;//defining String variable

private String artist;//defining String variable

private int trackMinutes;//defining integer variable

private int trackSeconds;//defining integer variable

Song() //defining default constructor

{

title = artist = "";//use String variable that holds null value

trackMinutes = trackSeconds = 0;//use integer variable that hold a value  

}

Song(String title)//use parameterized constructor that holds one parameter  

{

this.title = title;// use this keyword to hold title value

artist = "";// //hold value in String variable

trackMinutes = 0;//hold value in integer variable

trackSeconds = 0;//hold value in integer variable

}

Song(String t, String a) //use parameterized constructor that holds two String parameter

{

title=t; //hold value in String variable

artist=a;//hold value in String variable

trackMinutes = trackSeconds = 0;  //hold value in integer variable

}

Song(String t, String a, int min, int sec) //use parameterized constructor that takes 2 String and 2 integer parameters

{

title = t;//hold value in integer variable

artist = a;//hold value in String variable

trackMinutes = min;  //hold value in integer variable

trackSeconds = sec;   //hold value in integer variable

}

}

In the question 1, three constructor is declared, in which one is default and two is parameterized, that accepts two string parameter and two string and one double parameter.

In the question 2, four constructor is declared, in which one is default and three is parameterized, that accepts one, two, and four parameter.

Mathematics
Step-by-step answer
P Answered by Master

a) p(t) = P 0 e 0066t

b) P(t)=1000 e^{0.066(2)}=1141.108

c) t=\frac{ln(2)}{0.066}=10.502 years

Step-by-step explanation:

Part a

We have the following model:

\frac{dP}{dt}=0.066P

We can rewrite the expression like this:

\frac{dP}{P}=0.066 dt

If we integrate noth sides we got:

ln(P)=0.066t +C

And exponentiating both sides we got this:

P(t)=P_o e^{0.066t}

So the correct option would be:

a) p(t) = P 0 e 0066t

Part b

On this case we want to find the amount of money after two years if the initial investment is 1000 and the value of t=2. If we replace we got:

P(t)=1000 e^{0.066(2)}=1141.108

Part c

On this case we need a value of time in order to duplicate the initial amount invested, so we need to solve the following equation:

2P_o=P_o e^{0.066(t)}

2=e^{0.066(t)}

If we apply natural log on both sides we got:

ln(2)=0.066 t

And if we solve for t we got:

t=\frac{ln(2)}{0.066}=10.502 years

Mathematics
Step-by-step answer
P Answered by Master

a) p(t) = P 0 e 0066t

b) P(t)=1000 e^{0.066(2)}=1141.108

c) t=\frac{ln(2)}{0.066}=10.502 years

Step-by-step explanation:

Part a

We have the following model:

\frac{dP}{dt}=0.066P

We can rewrite the expression like this:

\frac{dP}{P}=0.066 dt

If we integrate noth sides we got:

ln(P)=0.066t +C

And exponentiating both sides we got this:

P(t)=P_o e^{0.066t}

So the correct option would be:

a) p(t) = P 0 e 0066t

Part b

On this case we want to find the amount of money after two years if the initial investment is 1000 and the value of t=2. If we replace we got:

P(t)=1000 e^{0.066(2)}=1141.108

Part c

On this case we need a value of time in order to duplicate the initial amount invested, so we need to solve the following equation:

2P_o=P_o e^{0.066(t)}

2=e^{0.066(t)}

If we apply natural log on both sides we got:

ln(2)=0.066 t

And if we solve for t we got:

t=\frac{ln(2)}{0.066}=10.502 years

Mathematics
Step-by-step answer
P Answered by Specialist

D. The statement is false. Double blinding is used to decrease the placebo effect.

Step-by-step explanation:

In a double blind study, neither researchers nor the participants know which group is receiving the placebo. If the researchers do not know which group took the medication, they cannot influence the behavior of this group, knowingly or nor, by suggesting how they should behave.

Therefore, a double-blind experiment is used to decrease the placebo effect.

Mathematics
Step-by-step answer
P Answered by Master

D. The statement is false. Double blinding is used to decrease the placebo effect.

Step-by-step explanation:

In a double blind study, neither researchers nor the participants know which group is receiving the placebo. If the researchers do not know which group took the medication, they cannot influence the behavior of this group, knowingly or nor, by suggesting how they should behave.

Therefore, a double-blind experiment is used to decrease the placebo effect.

Computers and Technology
Step-by-step answer
P Answered by Master

Match the methods:

See attached file

---------------------------------------------------------------------------------------------------------------------------------------

2)

Methods are public, and instance variables are private in common pattern of a class definition program.

So, the correct option is (C).

- -----------------------------------------------------------------------------------------------------------------------------------------

3) Java code:

//Create a Throttle called quiz with 100 positions<?xml:namespace prefix = o ns = "urn:schemas-microsoft-com:office:office" />

Throttle quiz = new Throttle(100);

//Method that shifts quiz's flow to the halfway

quiz.shift(50);

//Display the current flow from quiz.

System.out.println(quiz.getflow());

-------------------------------------------------------------------------------------------------------

4)

Assume that the Foo class does not have a clone method. Then x is set to refer to a copy of y's object for an assignment x=y; in two Foo objects

.

So, the correct option is (A)

-----------------------------------------------------------------------------------------------------------------------------------------

5)

The correct option is

A)

mower.top and copter.top will always be two separate instance variables.

Explanation:


1, Part of the Throttle implementation from Chapter 2 is shown below. Match each method with the cor
Computers and Technology
Step-by-step answer
P Answered by Specialist

Match the methods:

See attached file

---------------------------------------------------------------------------------------------------------------------------------------

2)

Methods are public, and instance variables are private in common pattern of a class definition program.

So, the correct option is (C).

- -----------------------------------------------------------------------------------------------------------------------------------------

3) Java code:

//Create a Throttle called quiz with 100 positions<?xml:namespace prefix = o ns = "urn:schemas-microsoft-com:office:office" />

Throttle quiz = new Throttle(100);

//Method that shifts quiz's flow to the halfway

quiz.shift(50);

//Display the current flow from quiz.

System.out.println(quiz.getflow());

-------------------------------------------------------------------------------------------------------

4)

Assume that the Foo class does not have a clone method. Then x is set to refer to a copy of y's object for an assignment x=y; in two Foo objects

.

So, the correct option is (A)

-----------------------------------------------------------------------------------------------------------------------------------------

5)

The correct option is

A)

mower.top and copter.top will always be two separate instance variables.

Explanation:


1, Part of the Throttle implementation from Chapter 2 is shown below. Match each method with the cor

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