Answer:
If Jennifer's credit score is good, it would be useful to her because she would now be able to buy or rent a better home than she would have been able to with a bad credit score.
Answer:
The dependent variable is the soil erosion.
Explanation:
A dependent variable is the variable that is dependent on a dependent variable. It changes with the changes in the independent variables.
In the above example, the soil erosion is a dependent factor because it is dependent on the amount of forestation and fields are present in the plots. As plot c has less forestation, soil erosion is less whereas plot B has fields inside which causes and increase in the soil erosion and river sedimentation.
Answer:
Both of the major schools of thought in macroeconomics (Keynesians and Neoclassicals) believe that tax cuts increase economic growth. Economic growth increases taxable income. ... Yes, I think the TCJA will increase economic growth and taxable income because if the taxes are low it means folks have more disposable income.
Explanation:
The probability <em>that </em><em>both students</em><em> are </em><em>girls i</em><em>s </em><em>0.28</em>
Probability is the likelihood or chance that an event will occur
Probability = n(E)/n(S)
where:
- n(E) is the number of events
- n(S) is the total sample space:
If Mrs. Chavis's statistics class has 26 students in it, then n(S) = 26
Since three are 14 girls in it, hence n(E) = 14
Pr(both students are girls) = 14/26 * 13/25 (without replacement)
Pr(both students are girls) = 182/650
Pr(both students are girls) = 0.28
Hence the probability <em>that </em><em>both students</em><em> are </em><em>girls i</em><em>s </em><em>0.28</em>
Complete question.
<em>Mrs. Chavis's statistics class has 26 students in it, 14 girls and 12 boys. She uses a calculator to select two students at random to solve a problem on the board. What is the probability that both students are girls?</em>
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Learn more on probability here: brainly.com/question/24756209
Answer:
it emits more carbon than it absorbs.
Explanation:
A carbon sink is growing in size and storing more carbon compared to a carbon source which is shrinking in size and releasing more carbon. Carbon sources include emissions from burning fossil fuels, forest fires, and respiration. Carbon sinks include the oceans, plants, and soil.