The dramatic growth in women's labor force involvement in the mid 1800s was the most important factor in the birth of the women's rights movement in the United States.
Women's rights movement are the demands made on behalf of women and girls all around the world. They served as the pivot of the feminist and women's rights movements in the 20th and 21st centuries. In certain nations, via legislation, regional customs, and behavior, some rights are institutionalized or supported, whereas in others, they are disregarded or suppressed.
They diverge from more broad ideas of human rights because they contend that there is a natural historical and societal bias against women and girls exercising their rights in favor of men and boys. Women rights movement is a struggle for freedom from sexual assault, the right to vote, and the ability to hold public office.
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An example of Financial algebra is find the 20% increase to the original price of 1.2.
<h3>What is Financial algebra?</h3>
Financial Algebra is known to be a type of semester course that is often made for the upperclassmen. It is one that has been set up to create a good and strong foundation in logical thinking and problem solving in terms of finance and money.
= 20% of the price = 1.2
The cost of the selling price of share = 1.247.65
Therefor it will be= 57.18
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Answer:
its b
Explanation:
because i just took the test baddies
<h3>
Answer: 12</h3>
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Explanation:
First lets compute the value of g(1.5)
Plug x = 1.5 into the g(x) function
g(x) = 8 - 3x
g(1.5) = 8 - 3*1.5 <<--- note how every x is replaced with 1.5
g(1.5) = 8 - 4.5
g(1.5) = 3.5
We ultimately want the value of h(g(1.5)), but that is the same as h(3.5) because we found g(1.5) = 3.5; effectively, g(1.5) and 3.5 are the same value.
Let's compute h(3.5) by plugging in x = 3.5 into the h(x) function.
h(x) = 2x + 5
h(3.5) = 2(3.5) + 5
h(3.5) = 7+5
h(3.5) = 12
h(g(1.5)) = 12 which is the final answer
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An alternative track is to first figure out what h(g(x)) would be in general, by first doing this
h(x) = 2x + 5
h(g(x)) = 2*( g(x) ) + 5 <<---- every x replaced with g(x)
h(g(x)) = 2*( 8-3x ) + 5 <<---- the g(x) replaced with 8-3x
h(g(x)) = 16 - 6x + 5
h(g(x)) = -6x + 21
From here, we plug in x = 1.5
h(g(x)) = -6x + 21
h(g(1.5)) = -6*1.5 + 21
h(g(1.5)) = -9 + 21
h(g(1.5)) = 12 which is the same answer as before
