(1) The automated technology boom has been exciting to watch, but there are growing concerns about its impact on employment. (2) In fact, reports about automation pointing to a possible employment crisis for younger generations are becoming rather common. (3) A 2018 article in the Los Angeles Times reported that 63 percent of tasks performed by workers in three California cities—Riverside, San Bernardino, and Ontario—could be automated in the future. (4) Rapid technological advances are already affecting workers, with the following jobs being replaced by robots at the fastest rates: etcher/engraver, crop farmworker, insurance claims examiner, travel agent, robotics engineer, and customs broker.

(5) How can we prepare for this brave new world we’ll soon inhabit? (6) The two approaches that stand to have the greatest impact are education reform and basic income (BI) programs. (7) In terms of education, we need to ensure that schools offer training in skills that reflect the evolving labor landscape. (8) Chaffey College, for instance, in Rancho Cucamonga, California, has started offering cutting-edge courses in construction and logistics, two of the fastest growing industries in the region. (9) Chaffey is thus a model of education reform, expanding and revising its course offerings in response to local labor demands.

(10) BI is the more controversial of the two proposed reforms. (11) But it’s already being tried on a small scale in Stockton, California, where selected residents are receiving $500 per month. (12) Some business and labor union leaders are dismissive of this new social safety net, suggesting that it discourages people from working, but tech industry leaders argue persuasively that BI can provide workers with needed resources and flexibility to take jobs in the freelance or “gig” economy. (13) Employment issues have already inspired BI pilot programs in Finland, Kenya, Canada, and the Netherlands, showing that there is emerging international support for this strategy. (14) Hopefully, as automation disrupts more industries, public acceptance of BI will increase in the United States as well.

(15) We can’t just sit around twiddling our thumbs as new tech keeps changing the game in a bunch of businesses.

Which of the following can best be described as the passage's thesis?
(Α) Sentences 1 and 2
(B) Sentence 4
(C) Sentences 5 and 6
(D) Sentences 10 and 11
(E) Sentence 13

Answer:

"In December 1970, Congress authorized the creation of a new federal agency to tackle environmental issues, the U.S. Environmental Protection Agency."

Explanation:

About 96.63% of the area under the curve of the standard normal distribution is between z = − 2.124 and z = 2.124 (or within 2.124 standard deviations of the mean).

What is the standard normal distribution?

A continuous probability distribution for a real-valued random variable is called a normal distribution or a Gaussian distribution in statistics. Graphs make it simple to identify the following key traits of normal distributions: The mode, median, and mean are all equal. About the mean, the distribution is symmetric; half of the values are below and half are above the mean. Two numbers, the mean and the standard deviation, can be used to describe the distribution.

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Between z = 2.124 and z = 2.124, approximately 96.63% of the standard normal distribution's area under the curve is located (or within 2.124 standard deviations of the mean).

What is the standard normal distribution?

In statistics, a normal distribution or a Gaussian distribution is a continuous probability distribution for a real-valued random variable. Using graphs, it is simple to spot the following essential characteristics of normal distributions: The mean, median, and mode all have the same values. The distribution is symmetric with respect to the mean; half of the values are below and half are above the mean. The distribution can be described using two numbers: the mean and the standard deviation.

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Answer:

Timothy Leeks (this is my spare)

Explanation:

The correct sentences that could describe any remaining solutions to a quadratic equation are  -

There are two or more complex solutions.

There is exactly one complex solution.

In mathematics, quadratic equations can have different types and numbers of solutions depending on their coefficients.

When one solution of a quadratic equation is given, it implies that there are either two complex solutions (involving the imaginary unit) or one complex solution (involving complex numbers) remaining.

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Answer:

To calculate the standard deviation of the distribution, we first need to find the expected value of X, which is the average number of girls in the 8 possible outcomes.

Since each child can be either a boy or a girl with equal probability, there are 2^3 = 8 possible outcomes for the number of boys and girls. We can list these outcomes and the corresponding number of girls:

BBB (0 girls)

BBG (1 girl)

BGB (1 girl)

BGG (2 girls)

GBB (1 girl)

GBG (2 girls)

GGB (2 girls)

GGG (3 girls)

To find the expected value of X, we add up the number of girls in each outcome and divide by the total number of outcomes:

E(X) = (0 + 1 + 1 + 2 + 1 + 2 + 2 + 3) / 8 = 1.5

Next, we need to calculate the variance of X. The variance is the expected value of the squared deviation from the mean:

Var(X) = E[(X - E(X))^2]

We can calculate this by finding the squared deviation from the mean for each possible outcome, multiplying by the probability of that outcome, and summing over all outcomes:

Var(X) = [(0 - 1.5)^2 / 8 + (1 - 1.5)^2 / 4 + (2 - 1.5)^2 / 4 + (3 - 1.5)^2 / 8]

= 0.65625

Finally, the standard deviation is the square root of the variance:

SD(X) = sqrt(Var(X)) = sqrt(0.65625) = 0.81 (rounded to two decimal places)

Interpretation: The standard deviation of the distribution of the number of girls in a family of three children is 0.81. This means that on average, the number of girls in such families is 1.5, but the actual number of girls can vary by up to 0.81 from this average.

Answer:

Institutional

Explanation:

Institutional advertising is that which promotes the ideas, vision, mission, or philosophy of an institution, businesses, or organization, instead of promoting their products or services. It is often used to build a reputation for the institution and inform the consumers about it is or what it does. So, when Congressional Realty advertises all of its listed properties, it is trying to create an image for itself, it is using institutional advertising.

Answer:

Give me a glass of water,?

Answer:

ow many different access codes are possible = 26^3*10^4 = 175760000

Explanation:

Answer:

B

Explanation:

Lifeguards have to work outside on the beach.

Hope this helped

Lifeguards are likely to be outdoors at the beach or the outdoor public pool. Though some public pools are indoors.

Lawyers will often be in courthouses or their office, so choice A is out.

Engineers will likely be in their offices as well behind a desk working on a computer to design their latest object (eg: a bridge for instance). So choice C is out.

Pilots will spend all of their time in the air, so choice D is out also.

The scatterplot will show that there is a negative relationship between time spent on the phone and battery life remaining.

The scatterplot shows a clear negative relationship between time spent on the phone and battery life remaining. As time spent on the phone increases, battery life remaining decreases. The regression line also shows a negative slope, which confirms this relationship.

In bottom right, data points in this quadrant represent times when the battery life was low and the time spent on the phone was high. This is the most likely quadrant for data points to fall in, as it represents times when the phone was being used heavily.

In this example, all of the data points fall in the bottom right quadrant, which confirms that there is a negative relationship between time spent on the phone and battery life remaining.

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Estimate 70000 / Real answer 609219

Answer:

609,219

Estimate:

700,000

I hope it helps!

Good luck!

Explanation:

Answer:

Conserve Water. Use less water so excess runoff and wastewater will not flow into the ocean.

Reduce Pollutants. ...

Reduce Waste. ...

Shop Wisely. ...

Reduce Vehicle Pollution. ...

Use Less Energy. ...

Fish Responsibly. ...

Practice Safe Boating

Answer:

Don't forget to make brainliest answer

Explanation:

I apologize, but I am not able to access the attached Excel files. However, I can provide a general overview of the types of analysis and tests that could be used for each case.

Part III: Soft Drink Case (randomized block ANOVA)

To determine whether there are differences in preferences for the four new soft drink products, a randomized block ANOVA could be conducted. This type of ANOVA is used when there are groups or blocks of individuals that are expected to have similar responses, such as in this case where the six persons were asked to sample and rate each flavor. The null hypothesis would be that there are no significant differences in the mean ratings for the four products, and the alternative hypothesis would be that at least one of the means is significantly different. If the null hypothesis is rejected, further post-hoc tests could be conducted to determine which means differ significantly from each other.

Part IV: Credit card application case (Two-way ANOVA analysis)

To analyze whether the state and age factors have an influence on applicants' credit scores, a two-way ANOVA could be conducted. This type of ANOVA is used when there are two factors that could potentially have an effect on the response variable, such as in this case where the factors are state and age. The null hypothesis for each factor would be that there are no significant differences in the mean credit scores across the different levels of that factor, and the alternative hypothesis would be that there is at least one significant difference. If the null hypothesis is rejected for either factor, further post-hoc tests could be conducted to determine which levels differ significantly from each other. Additionally, an interaction effect could be tested to determine if the effect of one factor on credit scores depends on the level of the other factor.

Part V: Lakeland Case (Contingency table analysis, test of independence)

To determine if the price and style of the home are independent variables, a contingency table analysis could be conducted. This type of analysis is used when there are two categorical variables and the goal is to test whether they are independent or whether there is an association between them. In this case, the observed data would be entered into a 2x3 contingency table (two levels of price and three styles) and a chi-squared test of independence could be conducted. The null hypothesis would be that there is no association between the price and style of the home, and the alternative hypothesis would be that there is an association. If the null hypothesis is rejected, further analyses could be conducted to determine the nature of the association.

Answer:

Explanation:I need help with all of them except creative thinking

Answer: Joe Biden did win the election :} ,,,, they even recounted and found more votes for joe that they  previously didn't count lolllll,,,,,,,,,, stay mad <3

Explanation:

Answer:

No body fking cares

Explanation:

A fellow brainly member does not give a fk about the statement you just provided!

To turn left from a one-way street onto a one-way street, a driver should use: the lane closest to the left curb.

A traffic signal is a sign that is erected beside or above roads by a road safety agency, so as to give warnings and instructions to road users such as:

At some intersections, a driver should use the lane that is closest to the left curb when turning left from a one-way street onto a one-way street.

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Answer:

Explanation:

(0,3)

Answer:

x ≠ -1, x ≠ 4

Explanation:

Hello!

We can find the domain by finding what values of x make the denominator of the fraction be equal to 0. If the denominator is 0, the function would be undefined, as we can't divide by 0.

The values that we find for x are restrictions for x, as it can't be those values.

The domain includes all real numbers, except -1 and 4.

Answer:

B. Anxiety

Explanation:

Answer:

Explanation:

To calculate the probabilities, we can use the binomial probability formula. In this case, we have a binomial distribution with the following parameters:

Probability of success (p): 65% or 0.65

Number of trials (n): The number of consumers randomly selected

Number of successes (k): The number of consumers who prefer to purchase electronics online

(a) To find the probability that exactly five consumers prefer to purchase electronics online, we can use the formula:

P(X = k) = (nCk) * p^k * (1 - p)^(n - k)

Plugging in the values, we get:

P(X = 5) = (nC5) * 0.65^5 * (1 - 0.65)^(n - 5)

(b) To find the probability of more than five consumers preferring to purchase electronics online, we need to calculate the cumulative probability from k = 6 to the maximum number of consumers randomly selected. This can be calculated as follows:

P(X > 5) = 1 - P(X <= 5)

(c) To find the probability of at most five consumers preferring to purchase electronics online, we need to calculate the cumulative probability from k = 0 to k = 5. This can be calculated as follows:

P(X <= 5) = P(X = 0) + P(X = 1) + P(X = 2) + P(X = 3) + P(X = 4) + P(X = 5)

Answer:

There are four types of partial reinforcement schedules: fixed ratio, variable ratio, fixed interval and variable interval schedules. Fixed ratio schedules occur when a response is reinforced only after a specific number of responses.

Explanation:

Answer:

.12

Explanation:

The probability that the flight would leave on time when it is raining is 0.853.

Probability is a part of mathematics, which calculate the chance of happening of any event.

The probability is assigned as A and B.

\(P \dfrac{A}{B} =\dfrac{ P(A and B)}{P(B)}\)

When not raining on time

\(\dfrac{0.81 }{ (1 - 0.05)} = 0.853\)

Thus, the  probability that the flight would leave on time when it is raining is 0.853.

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A moderately positive linear connection between Hours Online and % Fast Connection is visible on the scatterplot. 0.72 is the correlation coefficient.

A scatterplot that exhibits a positive correlation indicates that all of the data points are arranged in a pattern that is rising from left to right. The scatterplot demonstrates that, generally, as x increases, y increases as well, indicating a positive correlation or relationship between the data points.

A relationship between two variables that move simultaneously—that is, in the same direction—is called a positive correlation. When one variable falls as the other falls, or when one variable rises as the other rises, there is a positive connection.

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Answer:

Explanation:

122345*

If a person qualifies, it is better to accept a subsidized loan before an unsubsidized loan because "a subsidized loan has lesser interest charges."

Though a subsidized loan is only available to specific people, such as undergraduate students, the interest rates remain the same throughout college years.

This is because the United States Department of Education helps cover the interest that should accrue over time.

Subsidized loans are also available to the post-baccalaureate teacher certification program and orphans of parents killed in Iraq and Afghanistan after the 9/11 incident.

Hence, in this case, it is concluded that a Subsidized loan has many advantages for those that qualify.

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The degree of benefit that South African communities are deriving from laws aimed at guaranteeing secure and salubrious living conditions is not uniform.

Although these laws have the ability to create a beneficial effect, hurdles still exist with regards to their execution and adherence.

The complete realization of the advantages of a particular thing may be impeded by various factors like scarcity of resources, corruption, and disparity. Nevertheless, certain communities have undoubtedly observed advancements in critical aspects such as the availability of safe drinking water, hygienic facilities, and habitation, all of which augment the overall well-being of its inhabitants.

Persistent action is necessary to tackle prevailing disparities and ensure fair allocation of these advantages among all populations.

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Answer:

it is B

Explanation:

Differences in real-world measured data from the true values come from multiple factors affecting the measurement. Random noise is often a large component of the noise in data. Random noise in a signal is measured as the Signal-to-Noise Ratio. Random noise contains almost equal amounts of a wide range of frequencies and is called white noise.

A large number of components determine the quality of a dataset. Among them, the class labels and the attribute values directly influence the quality of a classification dataset. The quality of the class labels refers to whether the class of each example is correctly assigned; otherwise, the quality of the attributes refers to their capabilit.

This occurs when an example is incorrectly labeled. Class noise can be attributed to several causes, such as subjectivity during the labeling process, data entry errors, or inadequate information used to label each example. Class noise is further divided into two types, such as: 1. Contradictory examples:Duplicate examples have different class lables.