When compiling a program you received the following error: PowerSquare.java:15: error: incompatible types: possible lossy conversion from double to int result = Math.pow(base2, pow); What is the reason for the error?

Answer:

We are provided with three sets of assembly language instructions, and for each set, we need to understand the order in which memory addresses and contents are accessed.

Diagram A:

LDD 106

This instruction means "Load Direct to the accumulator from address 106." The accumulator is a special register in the processor used to hold data for arithmetic or logical operations. In this case, the value stored at memory address 106 (which is 114) will be loaded into the accumulator.

Diagram B:

LDI 104

This instruction means "Load Indirect to the index register from address 104." The index register is another special register in the processor, typically used for memory addressing calculations. Here, the value stored at memory address 104 (which is 100) will be loaded into the index register.

Diagram C:

LDR #3

This instruction means "Load immediate value 3 into the accumulator." Instead of accessing memory, this instruction loads an immediate value (in this case, 3) directly into the accumulator.

LDX 101

This instruction means "Load Direct to the index register from address 101." The value stored at memory address 101 (which is 104) will be loaded into the index register.

To summarize, each diagram represents a different set of assembly language instructions, and the memory addresses and contents accessed are as follows:

Diagram A:

Address 106: Content 114 (loaded into the accumulator)

Diagram B:

Address 104: Content 100 (loaded into the index register)

Diagram C:

No memory address accessed for LDR #3 (immediate value 3 loaded into the accumulator)

Address 101: Content 104 (loaded into the index register)

I hope my explanation has made it easier for you to comprehend these assembly language instructions and the memory accesses they need.

Answer:I got u

Explanation:

Answer:

a. 25.4 millimeters

b.13.1234 yards

c.9.4635295 liters

d.0.405678 fluid oz.

e.181.437 kilogram

f.82.021 feet/s

Explanation:

(a). 1 inch is equal to 25.4 millimeter (mm) .To convert inches to millimeter multiply the inch value by 25.4 i.e., 1 inch= 1 × 25.4=25.4 mm

(b).1 meter is equal to 1.094 yard. To convert meter to yard multiply the meter value by 1.094 i.e., 12 m= 12 × 1.094=13.1234 yards

(c) 1 quart =0.946352 liters . To convert quart to liters divide the volume value by 1.056 i.e., \(10 quarts=\frac{10}{1.056} =9.4635 liters\)

(d).1 fluid oz.= 29.5739 milliliters. To convert milliliters to fluid oz. divide the volume value by 29.5739 i.e., \(12 ml=\frac{12}{29.5735} =0.405678 fluid oz\)

(e).1 kg= 2.204 pounds .To convert pounds to kilograms divide the mass value by 2.204 i.e. , \(400 pounds =\frac{400}{2.204}=181.437 kilogram\)

(f).1 meters/second is equal to 3.28024 foot/second. To convert meters/second to feet/second multiply speed value by 3.280 i.e., \(25 meters/second =25 * 3.28024 =82.021 feet/second\)

Answer:

B, E-Learning

Explanation:

Answer:

#include <stdio.h>

void printValues ( unsigned char *ptr, int count) // count is no of cells

{

 for(int i=0; i<count; i++) {

   printf("%d ", ptr[i]);

 }

}

int main ( )

{

 unsigned char data[ ] = { 9, 8, 7, 5, 3, 2, 1} ;

 printValues( data, sizeof(data)/sizeof(data[0]) );

}

Explanation:

Remember that the sizeof() mechanism fails if a pointer to the data is passed to a function. That's why the count variable is needed in the first place.

Answer:

Deleting files and etc on your computer.

Here's the modified code that includes the requested functionality:

#include <iostream>

using namespace std;

int main() {

   int inCount;

   cin >> inCount;

   for (int i = 0; i < inCount; i++) {

       int num;

       cin >> num;

       cout << "{" << num << "}"; }

  cout << "\n";

   return 0;}

In this code, we first read the integer inCount from the input, which represents the number of integers to be read next. Then, using a loop, we read each of the remaining integers from the input and output them surrounded by curly braces {}. Finally, we print a newline character to end the line of output.

Learn more about integer loop, here:

https://brainly.com/question/31493384

#SPJ1

The way that implicit intents can lead to more efficient use of the mobile device and a better user experience is that:

An example of this intent is that, if an app wants to share a piece of content with another app, it can use an implicit intent to request the action of "sharing."

The system will then determine which app is the most appropriate to handle the request, such as a messaging app or a social media app, and launch that app to handle the request.

Therefore,, using implicit intents can lead to a better user experience because it allows apps to work together and share functionality, rather than each app needing to provide all its own functionality, which can result in a fragmented and less cohesive user experience.

Learn more about mobile device from

https://brainly.com/question/917245

#SPJ1

Answer: B- Clip art

Explanation:

Answer:

Clip Art

Explanation:

Answer:

A

Explanation:

Ez put me as brainlist

Answer:

Hope this help, did some research :D

Explanation:

" Audiences play a role in interpreting media messages because each audience member brings to the message a unique set of life experiences. Differences in age, gender, education and cultural upbringing will generate unique interpretations. "

Answer:

according to the internet

Explanation:

True

Answer:

That last answer was amazing, but the answer you're looking for is server

Explanation:

On a network, a server is a computer that distributes files to numerous clients. The opposite of storage is a device where you keep data that you can access when you require it.

A cloud server is a pooled, centrally placed server resource that is hosted and made available through an Internet-based network—typically the Internet—for use by a variety of users.

The same ways that a traditional physical server would be able to provide processing power, storage, and applications are also possible with cloud servers.

One system may include both servers and storage. The purpose of storage is to provide long-term access to files. Distributing work, sharing resources, and exchanging data are the duties of a server.

Therefore, a server is a fast compute with lots of storage.

Learn more about server here:

https://brainly.com/question/28560376

#SPJ2

Answer:

The Associated Press

Explanation:

Out of the two options presented, The Associated Press caught my attention more due to its compelling content. The content displayed is visually appealing and likely to pique one's curiosity, motivating one to seek further information.

Answer:

the direction in which the wire moves

One factor that affects the direction of the current is the direction in which the wire moves. Thus, an option first is correct.

The area of space known as the magnetic field is where an item experiences the magnetic force when it is near a magnetic substance.

Numerous variables affect the direction of electric current flow in a conductor wire carrying electricity. Current will flow in the direction of a particular wire whether it is moving in or out.

This implies that altering the current's direction likewise alters the magnetic field's direction. Both sides of the magnet will be repelled by the magnetic field by bending away from the wire because the magnetic field produced by the current of electricity in the wire alters directions around the wire.

Therefore, a factor that affects the direction of the current is the direction in which the wire moves. Hence, an option first is correct.

Learn more about the Magnetic field here:

brainly.com/question/2976218

#SPJ5

Answer:

the process of identifying and removing errors from computer hardware or software

Explanation:

Essentially just fixing programming errors, mainly in coding or software

Answer:

public class CoinFlips extends ConsoleProgram

{

   public static final int FLIPS = 100;

   public void run()

   {

       int countH = 0;

       int countT = 0;

       for(int i = 0; i < 100; i++)

       {

           if (Randomizer.nextBoolean())

           {

               System.out.println("Heads");

               countH += 1;

           }

           else

           {

               System.out.println("Tails");

               countT += 1;

           }

       }

       System.out.println("Heads: " + countH);

       System.out.println("Tails: " + countT);

       System.out.println("% Heads: " + (double) countH / FLIPS);

       System.out.println("% Tails: " + (double) countT / FLIPS);

   }

}

Explanation:

First define your counting variables for both heads and tails (I named them countH and countT). Set them to 0 at the start of the run.

Then use a for loop to flip the coin 100 times. In the video you should have learned about the Randomizer class so you can use the same idea to print out whether you got heads or tails.

Make sure to keep the count going using >variable name< += 1.

The printing at the end is very basic; print the statement for each: ("Heads: " + >variable name<);

For the percentages, print ("% Heads: " + (double) >variable name< / FLIPS); divided by FLIPS (not 100 or any other int because you will get the wrong value) and remember to cast them as doubles to get the correct value.

The program simulates 100 coin flips and displays the result of each flip and the resulting percentage. The program written in python 3 goes thus :

import random

#import the random module

total = 0

#initialize the total coin flips

h_count = 0

t_count = 0

#initialize variable to hold the number of heads and tails

h_t = ['h', 't']

#define the sample space

while total < 100 :

#keeps track that tosses does not exceed 100

toss = random.sample(h_t, 1)

#variable to hold the outcome of each coin toss

if toss[0] == 'h':

#heck if toss is head

h_count+=1

Increase count of heads. owee

print(toss[0], end=' ')

#display the sample selected

else:

#if not head, then it's tail

t_count+=1

#increase count yv

print(toss[0], end=' ')

total+=1

#

print('head counts : ', h_count, 'percentage : ', round(h_count/100, 2),'%')

print('tail counts : ', t_count, 'percentage : ', round(t_count/100, 2), '%')

# display result.

A sample run of the program is attached

Learn more: https://brainly.com/question/18581972

Answer:

b. input

Explanation:

Well, it's the only word that has a noun and verb form. Also, it's the right answer

Answer:

You literally posted a download it’s too risky.

Explanation:

Answer:

Written in Python:

num = int(input("Number: "))

strnum = str(num)

if len(strnum) !=5:

    print("Length must be 5")

else:

    if(strnum[::-1] == strnum):

         print("The number is a palindrome.")

    else:

         print("The number is NOT palindrome.")

Explanation:

This prompts user for input

num = int(input("Number: "))

This converts user input to string

strnum = str(num)

This checks the length of the string

if len(strnum) !=5:

    print("Length must be 5") If length is not 5, this prompt is printed

else:If otherwise

    if(strnum[::-1] == strnum): The compares the string reversed with the original

         print("The number is a palindrome.") If both are the same, this line is executed

    else:

         print("The number is NOT palindrome.") If otherwise, this line is executed

Answer:

Advantage of DBMS over file system

No redundant data: Redundancy removed by data normalization. No data duplication saves storage and improves access time.

Data Consistency and Integrity: As we discussed earlier the root cause of data inconsistency is data redundancy, since data normalization takes care of the data redundancy, data inconsistency also been taken care of as part of it

Data Security: It is easier to apply access constraints in database systems so that only authorized user is able to access the data. Each user has a different set of access thus data is secured from the issues such as identity theft, data leaks and misuse of data.

Privacy: Limited access means privacy of data.

Easy access to data – Database systems manages data in such a way so that the data is easily accessible with fast response times.

Easy recovery: Since database systems keeps the backup of data, it is easier to do a full recovery of data in case of a failure.

Flexible: Database systems are more flexible than file processing systems

Answer:

A)  i) starvation  ii) flow control

B) Network congestion

Explanation:

A) Network problems that can be addressed / solved

By replacing the workstations 100 Mbps switches with 1000 Mbps switches the problem of

Starvation;  been faced by the servers due to the delay in sending data to be processed by the servers from the workstations will be resolved .

Flow control : The huge difference in the speeds of the workstations and servers causes a network buffer which leads to packet loss therefore when the workstations 100 Mbps switch is replaced with 1000 Mbps switch this network problem will be resolved

b) The potential problem that can be encountered is Network Congestion

Answer:

output

Explanation:

if I'm wrong sorryyy

Answer:

Output

Explanation:

:D

answer:

A statement that I always think about to understand the size of an atom. If you squish a person down to the size of an atom. It will make a black hole. and if you squish the whole Earth. down to the size of a jelly bean it will also make a black hole. This is just a approximation.

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

I use the scale to understand how small that is I am open to hear more principles if you were talking about math wise that would be glad to help.

if you have anymore questions I will try to answer your questions to what I know.

.

Answer:

Education

Explanation:

To set up a linear equation solver using Python and the NumPy library, you need to follow these steps:

Install NumPy if you haven't already: You can install NumPy using pip by running the command pip install numpy.

Import the necessary libraries: In your Python script or notebook, import the NumPy library by adding the line import numpy as np.

Define the coefficients and constants: Create two NumPy arrays, one for the coefficients of the linear equations (the matrix A) and another for the constants (the vector b). For example:

A = np.array([[3, 1], [1, 2]])

b = np.array([9, 8])

This represents the system of linear equations:

3x + y = 9

x + 2y = 8

Solve the system of linear equations: Use the np.linalg.solve() function to solve the system of linear equations. Pass the coefficient matrix A and the constant vector b as arguments:

solution = np.linalg.solve(A, b)

Print the solution: Display the solution by printing the solution variable:

print(solution)

In this example, the output will be [2.0, 3.0], which represents the values of x and y, respectively (x = 2 and y = 3).

Read more about python here:

https://brainly.com/question/26497128

#SPJ1

How can you set up a linear equation solver using Python and the NumPy library?

Answer:

1. a digital designer involves movement like animations, movies, etc. A graphic designer is static for an example logos pictures etc.

2. a ux is the interaction between humans and products

3.  a ui is the design of software and machines, for an example computers, electronic devices, etc.

4.  textures, color, value, and space

5. the basics are contrast, balance, emphasis, white space, hierarchy, movement, proportion, repetition, pattern, variety, unity, and rhythm

6. the basic fundamentals are images, color theory, lay-out, shapes, and typograph  

I hope this helped you and have a great rest of your day

Answer:

They should go for cloud based model

Explanation:

Cloud based model should be sort after because with such a model there can be a restoration of contents in just a little period of time. As for the usage, payments can be done. They would have highly packed response time, turn around time and also provide information security. At a go, there is flexibility in terms of storage and information retrieval. This may be more costly though but it would be helpful for data recovery without requiring physical data transmission