As you explore career options, why is it important to take personal inventories and assessments?

SAT

2 answers:

Pavel [41]2 years ago

7 0

So u can find out what job you would like to have or what job is best for you.

sammy [17]2 years ago

6 0

So you know what kinda person your are

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What do you notice about the plot of baby shoes brainly.

IRINA_888 [86]

The plot of a story often have a particular message it is trying to pass. What I noticed about the plot of for Sale baby shoes never worn is that shoes are said to be being given away instead of been sold and the story centers around grief associated with loss.

The plot of the story is about a grief-stricken woman who had lost her baby and had even given some names or titles of Little Shoes that was Never Worn.

In Kane's view of the story, he believed that the shoes are being given away instead of been sold. The narrative of the baby shoes, never worn." is the said to be fully called a six-word story. It is known to be a vivid example of flash fiction or sudden fiction.

Learn more the story from

brainly.com/question/1145645

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1 year ago

Using the data set (SCHL.Txt), investigate the effect of the categorical predictor schl (School location: 1 = Urban; 2 = Suburba

enot [183]

Answer:

As space expanded, the universe cooled and matter formed

Explanation:

Amount of time=2.5 hoursamount of time after speed increase=2 hourslet x=the initial speedlet t=the amount of hourslet y=the new speed let z=distance therefore xt=zyt=zplugging everything in,x(2.5)=zy(2)=zusing substitution y=20+x2.5x=z(20+x)(2)=z40+2x.5x=40x=80y=x+20y=100

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2 years ago

A cylinder shaped bucket is used as a sand container. The bucket has a height of 2. 5 ft and a radius of 0. 5 ft. How many cubic

meriva

1.96 feet³

$\quad\rule{300pt}{1pt}\quad$

<h3>Ⲋⲟⳑⳙⲧⳕⲟⲛ :</h3>

We are given that a cylinder shaped bucket is used as a sand container . We have to find how much sand it can hold , which can be found by knowing the volume of cylindrical bucket .The volume of a cylinder is given by :

$\quad\dashrightarrow\quad {\pmb{\sf {Volume = \pi r^2 h }}}$