The rate of increase for these automobiles between the two time periods is 10%
<h3>What is automobiles?</h3>
Automobile is the wheeled vehicle usually having four wheels and generally used for the transportation purposes. For example :- car, buses, trucks, bike etc.
In the above case, the average cost of the automobile is $12000 in 2009 but now it has increased to $ 13200. For the calculation of the increased rate of the auto mobile following formula is used as follows:-
Increased rate = (current value -Initial value )/current value * 100
=( $13,200 - $12,000)/ $12,000 *100
=$1200/ 12000 *100
= 10%
Therefore, the rate of the increase for these automobile between 2 periods is 10%.
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Explanation:
B-Equalizing the marginal utility per dollar spent across goods and services
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A closed source is a proprietary software licensed under the exclusive legal right of the copyright holder.
<h3>What is copyright?</h3>
- A copyright is a sort of intellectual property that, typically for a certain period of time, grants its owner the sole authority to reproduce, transmit, adapt, exhibit, and perform a creative work.
- The creative work could take the form of something musical, artistic, educational, or literary.
- A creative work's original expression of a concept is what copyright is meant to protect, not the idea itself.
- Based on criteria of public interest, such as the fair use doctrine in the US, a copyright may be subject to limitations.
<h3>What purpose does copyright serve?</h3>
- Copyright is crucial because it gives the author, academic, or researcher the power to prevent unauthorized or uncredited use of their work, preserving its value.
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Answer:
Explanation:
The <em>minimum probability of a successful bunt that would warrant using the bunt </em>is that probability that, at least, does not decrease the probability of winning after the<em> batter hit </em>the <em>double</em>: <em>0.807.</em>
Call p the probability of a succesful sacrifice bunt.
Using a probability tree diagram:
- successful sacrifice bunt: p
- win: 0.830
- loose: 0.17
- unsucessful sacfifice bunt: ( 1 - p)
- win: 0.637
- loose: 0.363
From that, the probability of winning is 0.830(p) + 0.637(1 - p)
You want to determine p, such that 0.830(p) + 0.637(1 - p) ≥ 0.807
<u>Solve for p</u>:
- 0.830p + 0.637 - 0.637p ≥ 0.807
Rounding to thousandths, <em>the minimum probability of a succesful bunt that would warrant using the bunt is </em><u><em>0.881.</em></u>
