Write a decimal that is 1/10 of 3.0

Answers

Answer 1
Answer: it would be 3 tenths, or 0.3
Answer 2
Answer: 0.3.

Because 3 / 10 = 0.3.

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How do you write 9,304,000,000 in scientific notation

Answers

To do this, we move the decimal 9 places to the left.

We are left with 9.304 as our answer.

Now we have to write it in scientific notation.

9.304*10^9

We put 10 to the power of 9 because it is how much places we moved the decimal.

When writing scientific notation, our first number must be above 1 and below 10. That is why I did not make the answer 93 for example. 

Final answer: 9.304*10^9
9,304,000,000=9.304⋅10^9 

on average a collage claims to accept 18% of its applicants. if the collage has 5,000 applicants predicts how many will be accepted. if 885 applicants are accepted is the collage's claim accurate

Answers

It is incorrect it has to be 900 applicants not 885.

What is the three equivalent ratio of 5/7

Answers

For this case we have the following fraction:

(5)/(7)

To write three equivalent fractions, what we must do is multiply the numerator and the denominator of the expression by the same factor.

We have then:

For k = 3:

(5)/(7)*(3)/(3) = (15)/(21)

For k = 5:

(5)/(7)*(5)/(5) = (25)/(35)

For k = 2:

(5)/(7)*(2)/(2) = (10)/(14)

Answer:

the three equivalent ratio of 5/7 are:

(15)/(21)

(25)/(35)

(10)/(14)

You can write 5/7 or 10/14 or 20/28 or 40/56. There! 3 equivalent ratios.

The rosebushes in Pattie's Plant Store have the following colors: • 20% yellow blooms. • 50% red blooms. • 30% pink blooms. If George selected a rosebush at random today, what is the probability that it will produce yellow blooms?

Answers

the answer to that is one fifth

Josh used a standard deck of 52 cards to conduct an experiment. Half of the cards in the deck were red. The other half were black. Josh predicted that he would choose a red card in 4 out of 8 trials. When he conducted the experiment, he actually chose a red card 6 out of 8 times. Which explains the most likely reason for the discrepancy between Josh’s predicted and actual results?A.He incorrectly predicted the number of times he would choose a red card.
B.He incorrectly determined the actual number of times he chose a red card.
C.He used too few trials for the sample space.
D.He used too many trials for the sample space.

Answers

Answer: C. He used too few trials for the sample space.


Step-by-step explanation:

Given: Josh used a standard deck of 52 cards to conduct an experiment.

As half of the cards in the deck were red.

If we take sample space= 52 cards

Then probability of getting a red card=(1)/(2)

But Josh took 8 cards as sample space which is not enough for the sample space.

therefore, C. is the right answer. "He used too few trials for the sample space."


Answer:

Option C - He used too few trials for the sample space.

Step-by-step explanation:

Given: Josh used a standard deck of 52 cards to conduct an experiment. Half of the cards in the deck were red. The other half were black.

Josh predicted that he would choose a red card in 4 out of 8 trials.

When he conducted the experiment, he actually chose a red card 6 out of 8 times.

To find : Which explains the most likely reason for the discrepancy between Josh’s predicted and actual results?

Solution :

Sample space = 52 cards

As half of the cards in the deck were red.

Probability of getting a red card is (1)/(2)

He predict and conduct to choose a red card out of 8 trials which is not enough for the sample space.

Therefore, Option C is correct.

He used too few trials for the sample space.

Can someone answer this question?

Answers

Answer:

You're correct, it's 7.5!

Step-by-step explanation:

15% is still 15/100. So, if you to divide 100 by 2 to convert it to 50, then you divide 15 by 2 as well! And the answer to that is 7.5.