Humanity is said to be sum up in love. There are a lot of things, I want to do to help others. They include;
- Raise up some funds too help widows and widows.
- Sensitize the youth about leaving a life free from corruption and deceit.
- Help the less privilege in any capacity needed.
- Set up a foundation that helps to train people in some basic skills.
- Put the people and nations in my prayers.
- Voluntary in some community work.
- Set up pipe borne water for villages and communities that lacks access to clean water.
Helping others entail giving and volunteering your time, money, or energy to help others. It in one or different ways make the world and you better.
A lot of research has shown that by helping and giving back to the people, one extends their happiness, health, and well-being.
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The answer is C electrochemical potential.
Hope this helps.
The software output implies that the researcher is 95 percent confident that the interval given regarding the beats per minute contains the true mean heart of the adults.
From the complete information, the margin of error will be calculated as:
= (Upper limit - Lower limit) / 2
where,
Upper limit = 73.325706
Lower limit = 68.509306
= (73.325706 - 68.509306) / 2
= 4.8164 / 2
= 2.4082
Also, it should be noted that in a situation where there is an increase in the confidence interval, this will lead to an increase in the margin of error.
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The bicycle that belonged to the boy was stolen by the same thief who had previously taken the toy from the girl. (vote me brainliest!)
The parameters of the normal distribution of the thermometer readings are its mean and the standard deviation
The probability that a thermometer reading is between 99.86o F and 100.07o F is 0.5403
<h3>The sketch of the normal distribution of the thermometer</h3>
The given parameters are:
- Mean, μ = 100
- Standard deviation, σ = 0.15
Next, we draw the normal distribution using a graphing calculator.
See attachment for the sketch of the normal distribution of the thermometer
<h3>The probability that a thermometer reading is between 99.86o F and 100.07o F</h3>
This means that:
x = 99.86 and x = 100.07
The probability is calculated as:
P(99.86 < x < 100.07) = P(x > 99.86) - P(x < 100.07)
Using the attached graph, we have:
P(99.86 < x < 100.07) = 0.5403
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