12/14

48/56

6/9

6/7

Answer:

**Answer:**

6/7

**Step-by-step explanation:**

Answer:

**Answer:**

6/7

**Step-by-step explanation:**

**divide it by 4**

Simplify the expression by removing symbols of grouping and combining like terms.3(r − 4s) − 5(3r − 5s)

Root 25-2(3+4*(-2)) whole square

In 1970, 36% of first year college students thought that being "very well off financially is very important or essential." By 2000 the percentage had increased up to 74%. These percentages are based on nationwide multistage cluster samples.a) Is the difference important? Or does teh question make sense?b) Does it make sense to ask if the difference is statisically significante? Can you answer on the basis of the informations given?c) Repeat b), assuming the percentages are based on independant simple random samples of 1,000 first year college students drawn each year.

A. 90B. 70C. 55D. 35

Factor the trinomial. The factors of m2 + 12m + 35

Root 25-2(3+4*(-2)) whole square

In 1970, 36% of first year college students thought that being "very well off financially is very important or essential." By 2000 the percentage had increased up to 74%. These percentages are based on nationwide multistage cluster samples.a) Is the difference important? Or does teh question make sense?b) Does it make sense to ask if the difference is statisically significante? Can you answer on the basis of the informations given?c) Repeat b), assuming the percentages are based on independant simple random samples of 1,000 first year college students drawn each year.

A. 90B. 70C. 55D. 35

Factor the trinomial. The factors of m2 + 12m + 35

I need this ASAP

**Answer:**

65%

**Step-by-step explanation:**

You start by dividing 641.29 by 986.60 (641.29/986.60). This gets you .65, which as a percentage is 65%

65% use a website for calculating percentages

Term

variable

Definition

a numerical factor of a term that has a

variable

a letter or symbol used to represent an

unknown quantity

a term without a variable

coefficient

constant

Definition

Term

a numerical factor of a term

that has a variable

variable

coefficient

a letter or symbol used to

represent an unknown quantity

a term without a variable

constant

**Answer:**

the correct ansewer is C

**Step-by-step explanation:**

i took the unit test on edge the other guy is wrong

**Answer:**

0.6%

**Step-by-step explanation:**

We have a standard deck of 52 playing cards, which is made up of 13 cards of each type (hearts, diamonds, spades, clubs)

Therefore there are one nine hearts, one nine diamonds, one nine spades and one nine clubs, that is to say that in total there are 4. Therefore the probability of drawing a nine is:

4/52

In the second card it is the same, an eight, that is, there are 4 eight cards, but there is already one less card in the whole deck, since it is not replaced, therefore the probability is:

4/51

So the final probability would be:

(4/52) * (4/51) = 0.006

Which means that the probability of the event is 0.6%

Correct the answer is -55

1 50$

1 20$

1 10$

1 5$

3 1$

1 0.50$ 1half dollar

1 0.25$ 1quater

2 0.10$ 2dimes

3 0.01$ 3pennies

1 20$

1 10$

1 5$

3 1$

1 0.50$ 1half dollar

1 0.25$ 1quater

2 0.10$ 2dimes

3 0.01$ 3pennies