Your teacher has asked you to do a report on water conservation, you find a website that explains it perfectly. You copy the paragraph off the website, but you change a few words and type it on your own document. Is that plagiarism? Yes or No?

Converting from a type with greater capacity (double) to one with lesser capacity (float) poses a risk of data loss due to differences in precision and range. The conversion from float to double itself does not result in data loss.

When converting from one data type to another, particularly in programming languages that are strictly typed, it is important to consider whether the conversion will result in a loss of data.

The loss of data can occur when converting from a type with a greater capacity to store information to a type with a lesser capacity. In the options provided:

The conversion that will most likely result in a loss of data is from float to double. This is because a 'float', or floating-point variable, typically has less precision and a smaller range compared to a 'double', or double-precision floating-point variable.

Therefore, when converting from a float to a double, the precision of the value may not change, and thus no data is lost; however, the reverse conversion from a double to a float can result in loss of precision and potentially also in the loss of range.

Final answer:

The most important elements in a computer-based information system are the central processing unit for data processing efficiency and information as the key commodity in postindustrial societies. The CPU is critical for processing large data sets, and information drives decision-making processes in business and scientific research.

Explanation:

The elements that are considered to be the most important in a computer-based information system vary depending on the context. When discussing the efficiency of processing large amounts of information, the central processing unit (CPU) or microprocessor plays a critical role. It is the CPU that enables digital computers to process vast data sets effectively.

In the context of a postindustrial society, where information systems are a cornerstone of daily operations, the most important commodity is information. Information-driven decision-making processes are essential in business and scientific environments. For instance, computers that can store and perform calculations on extensive data sets are invaluable for scientific research involving molecules and their motions.

The advent of new information technologies like the Internet, GPS, and GIS has dramatically altered the landscape of information availability and utility. High-speed electronic circuits have enabled computers to analyze data with remarkable speed and accuracy, as evidenced by photographic credits to Airman 1st Class Mike Meares of the United States Air Force.

In the business world, there is a heavy reliance on devices and information technology systems; interruptions or failures in these can have significant repercussions on customer service and revenue, as highlighted by the photograph from Rawpixel Ltd/flickr.

Living systems also embody this principle of valuing information highly, as they depend on the storage, retrieval, transmission, and response to information that is vital to their life processes.

Water's cohesive behavior, caused by hydrogen bonding between water molecules, allows it to move from the roots to the leaves in plants through the transpiration-cohesion-tension mechanism, involving the xylem vessels.

The property of water that enables it to move from the roots to the leaves of a plant is its cohesive behavior. Cohesion is the attraction between water molecules due to hydrogen bonding. This property, along with adhesion (the attraction between water molecules and other molecules), is crucial for the water transport system in plants known as the transpiration-cohesion-tension mechanism. As water evaporates from the leaves during transpiration, it creates a negative pressure that pulls more water upward from the roots through the xylem vessels due to the cohesive forces among water molecules.

Answer:

Space Invaders was a popular Atari game at that time so that might be it.

Explanation:

Option (A) Tier 1 networks form the Internet backbone. These networks do not pay for Internet transit and exchange traffic with other Tier 1 networks.

Tier 1 networks are the backbone of the Internet. These networks do not pay for Internet transit because they exchange traffic with other Tier 1 networks. They have the infrastructure and agreements necessary to carry traffic across long distances and between countries, essentially forming the core of the entire Internet.

Examples:

These companies are some of the major Tier 1 network providers that connect various ISPs and large corporations to create the Internet backbone.

Correct Question

Which network tier forms the Internet backbone?

a. Tier 1

b.Tier 2

c. Tier 3

d. Tier 4

Answer:

The memory that is expensive and therefore is often used only in cache memory applications is Static RAM (Static RAM).

Further Explanation:

Static RAM (SRAM)- SRAM is random access memory that retains the data in memory as long as the power is supplied to the system. On the other hand, DRAM stores data in the capacitor and the transistor. Static RAM is expensive and five times faster than DRAM (Dynamic Access Memory). SRAM is used in the cache memory of the computer and it is part of the RAM digital to analog converter on a video card.

SRAM holds the data in flip-flops. A flip-flops consists of 4-6 transistors having some wiring but never to be refreshed.

Learn more:

1. A company that allows you to license software monthly to use online is an example of ? brainly.com/question/10410011

2. Prediction accuracy of a neural network depends on _______________ and ______________. brainly.com/question/10599832  

3. The shape of our galaxy was determined ‘on the inside looking out' by surveying the milky way using ____________ telescopes. brainly.com/question/7866623  

4. List 3 characteristics of the ideal encryption scheme. brainly.com/question/3000161

Answer details:

Grade: Senior Secondary School

Subject: Computers and Technology

Chapter: Computer Basics

Keywords:  

Memory, type, expensive, cache memory applications, Static Random Access Memory, Dynamic Memory Access, SRAM, DRAM, transistors, resistors, capacitors, flip flops, cache memory, digital, analog, data, power supply

Self-esteem influences self-representation by affecting confidence and the ability to form a positive identity, which in turn affects how individuals are perceived and interact with others. The alignment of one's real self with their ideal self contributes to congruence and a robust sense of self-worth.

Self-esteem is pivotal in self-representation because it underpins how individuals perceive themselves and, consequently, how they choose to present themselves to others. A healthy level of self-esteem typically correlates with more positive self-representation, which can lead to positive outcomes in various aspects of life, such as social interactions and professional environments.

During Erikson's toddlerhood stage, a positive self-concept and autonomy contribute to individual confidence in one's abilities. This lays the foundation for future stages, such as adolescence, where individuals re-evaluate their self-concept and embark on identity formation. High levels of self-esteem support adolescents in becoming constructive members of society.

The psychological framework known as "looking-glass self" implies that our self-image is crafted through the perceptions and reactions of others. For example, individuals facing bias or stereotypes may need to work harder to maintain a professional image, as their self-representation could easily be tainted by prejudice.

Impression management is a concept within symbolic interactionism that suggests we use certain behaviors and props to convey a desired impression to others. The congruence between our ideal self and our real self also plays a crucial role in fostering a strong, healthy sense of self-worth.

Answer:

700

Explanation:

Answer:

b

Explanation:

because i said so brudda

Answer: The correct answer is choice d, with live updates to a blog.

Explanation: Josh Norman and Mike Keller were six months out of college when hurricane Katrina hit. They were two of the few who stayed of their newspaper staff. They created a blog called “Eye of the Storm.” They posted to this blog through the storm, and then later won an award for it.

The correct order of digit values in the decimal system from highest to lowest is Thousand, Hundred, Ten, One, which aligns with the powers of 10.

The correct order in which digits are assigned values in the decimal number system is Thousand, Hundred, Ten, One. This means that each place value is ten times greater than the place immediately to its right. In decimal number system, the value of digits increase from right to left, with the 'ones' being the smallest and each subsequent place to the left increasing by a power of ten. For example, the number 1234 can be expanded to 1 x 103 + 2 x 102 + 3 x 101 + 4 x 100, which expresses the number in terms of powers of 10.

The digits in the decimal number system are assigned values based on their position, with each position representing a power of 10. The correct order is Thousand, Hundred, Ten, One, which corresponds to the answer choice A.

In the decimal number system, digits are assigned values based on their position relative to the decimal point. Each position represents a power of 10. The correct order in which digits are assigned values from left to right is:

Thus, the correct answer to the student's question is A. Thousand, Hundred, Ten, One

Remember, when expanding numbers by powers of 10, each place value represents the power (exponent) of 10 that is equal to the number of places the decimal point can be shifted. For example, the number 3 in 300 is in the hundreds place, which means it can be written as 3 x 102.