Rational Numbers - SSAT Upper Level Quantitative
Card 0 of 1732
What number can be filled in the blank to make the two ratios equivalent?

What number can be filled in the blank to make the two ratios equivalent?
Set up a proportion statement:

Rewrite:

Set up a proportion statement:
Rewrite:
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A pie is made up of
crust,
apples, and
sugar, and the rest is jelly. What is the ratio of crust to jelly?
A pie is made up of crust,
apples, and
sugar, and the rest is jelly. What is the ratio of crust to jelly?
A pie is made up of
crust,
apples,
sugar, and the rest is jelly. What is the ratio of crust to jelly?
To compute this ratio, you must first ascertain how much of the pie is jelly. This is:

Begin by using the common denominator
:


So, the ratio of crust to jelly is:

This can be written as the fraction:
, or 
A pie is made up of crust,
apples,
sugar, and the rest is jelly. What is the ratio of crust to jelly?
To compute this ratio, you must first ascertain how much of the pie is jelly. This is:
Begin by using the common denominator :
So, the ratio of crust to jelly is:
This can be written as the fraction:
, or
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In a solution,
of the fluid is water,
is wine, and
is lemon juice. What is the ratio of lemon juice to water?
In a solution, of the fluid is water,
is wine, and
is lemon juice. What is the ratio of lemon juice to water?
This problem is really an easy fraction division. You should first divide the lemon juice amount by the water amount:

Remember, to divide fractions, you multiply by the reciprocal:

This is the same as saying:

This problem is really an easy fraction division. You should first divide the lemon juice amount by the water amount:
Remember, to divide fractions, you multiply by the reciprocal:
This is the same as saying:
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If
and
, what is the ratio of
to
?
If and
, what is the ratio of
to
?
To find a ratio like this, you simply need to make the fraction that represents the division of the two values by each other. Therefore, we have:

Recall that division of fractions requires you to multiply by the reciprocal:
,
which is the same as:

This is the same as the ratio:

To find a ratio like this, you simply need to make the fraction that represents the division of the two values by each other. Therefore, we have:
Recall that division of fractions requires you to multiply by the reciprocal:
,
which is the same as:
This is the same as the ratio:
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A smoothie is made up of
pineapple juice and
mango juice; the rest is orange juice. What is the ratio of orange juice to pineapple juice?
A smoothie is made up of pineapple juice and
mango juice; the rest is orange juice. What is the ratio of orange juice to pineapple juice?
First, find out how much of the smoothie is orange juice.

Since we want the ratio of orange juice to pineapple juice, we want to set up the fractions like this:

Now, divide these fractions.

First, find out how much of the smoothie is orange juice.
Since we want the ratio of orange juice to pineapple juice, we want to set up the fractions like this:
Now, divide these fractions.
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A bakery sells three different types of cookies.
of the cookies sold are chocolate chip,
sold are oatmeal raisin, and the rest sold are sugar cookies. What is the ratio of sugar cookies to oatmeal raisin cookies that the bakery sells?
A bakery sells three different types of cookies. of the cookies sold are chocolate chip,
sold are oatmeal raisin, and the rest sold are sugar cookies. What is the ratio of sugar cookies to oatmeal raisin cookies that the bakery sells?
First, find the fraction of sugar cookies that are sold.

Since we want the ratio of sugar cookies to oatmeal raisin cookies:

Now, multiply and simplify the resulting fraction.

First, find the fraction of sugar cookies that are sold.
Since we want the ratio of sugar cookies to oatmeal raisin cookies:
Now, multiply and simplify the resulting fraction.
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Simplify:

Simplify:
Simplify into a complex fraction for the numerator and denominator.
For the numerator, we need to multiply
then the top should read
.
For the bottom, we need to multiply
in order to add the components. Thus the bottom should read
.
Dividing fractions is the same as multiplying the numerator by the reciprocal of the denominator.
Therefore, multiply top and bottom by
and then you should see that if you factor a
on the bottom, the
cancels along with the
.

The answer then should be
.
Simplify into a complex fraction for the numerator and denominator.
For the numerator, we need to multiply then the top should read
.
For the bottom, we need to multiply in order to add the components. Thus the bottom should read
.
Dividing fractions is the same as multiplying the numerator by the reciprocal of the denominator.
Therefore, multiply top and bottom by and then you should see that if you factor a
on the bottom, the
cancels along with the
.
The answer then should be .
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Convert
into a fraction.
Convert into a fraction.
The whole number
is multipled by the denominator
. Then we add the numerator
. This value is divided by the denominator. Final answer is
.
The whole number is multipled by the denominator
. Then we add the numerator
. This value is divided by the denominator. Final answer is
.
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Convert
to an improper fraction.
Convert to an improper fraction.
To convert into an improper fraction, take the whole number
and multiply that with the denominator
.

Then, we add that to the numerator which is
.

Then we take that sum and put it over th denominator
which gives us an answer of:
.
To convert into an improper fraction, take the whole number and multiply that with the denominator
.
Then, we add that to the numerator which is .
Then we take that sum and put it over th denominator which gives us an answer of:
.
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Simplify.

Simplify.
Lets focus on the left fraction. Lets try to have three fractions multipled altogether. To acheive this, we can multiply the numerator of the left fraction with the reciprocal of the denominator.
Thus, mutliple the numerator and denominator by
.
Now we have
. We can simplify this by crossing out the
to a
and the
to a
.
Then, cross out the
into a
and the
into a
. It should look like this:
.
Multiply it out and you will get the answer.

Lets focus on the left fraction. Lets try to have three fractions multipled altogether. To acheive this, we can multiply the numerator of the left fraction with the reciprocal of the denominator.
Thus, mutliple the numerator and denominator by .
Now we have . We can simplify this by crossing out the
to a
and the
to a
.
Then, cross out the into a
and the
into a
. It should look like this:
.
Multiply it out and you will get the answer.
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Solve and simplify.

Solve and simplify.
Convert both numerator and denominators into fractions. Convert the integers first to fractions.


Now that our numerator and denominator have a common denominator between their fractions we can subtract them.

Then multiply top and bottom by
as that is the reciprocal of the denominator and when dividing fractions, it is the same as multiplying the numerator by the reciprocal of the denominator.

Then reduce by crossing out the
into a
and the
into a
.
Then multiply to get the answer.

Convert both numerator and denominators into fractions. Convert the integers first to fractions.
Now that our numerator and denominator have a common denominator between their fractions we can subtract them.
Then multiply top and bottom by as that is the reciprocal of the denominator and when dividing fractions, it is the same as multiplying the numerator by the reciprocal of the denominator.
Then reduce by crossing out the into a
and the
into a
.
Then multiply to get the answer.
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Solve and simplify.

Solve and simplify.
Remember PEMDAS, the order of operations for dealing with expressions which is the acronym that stands for (Parentheses, Exponents, Multiplication, Division, Addition, Subtraction).
Multiplication has priority over addition. Looking at the fractions that are multiplied together we can see the
is reduced to
and the
into a
.
The new fraction becomes:

Then find least common denominator. In our case it will be 70.
.
Then add it all up to get the final answer.

Remember PEMDAS, the order of operations for dealing with expressions which is the acronym that stands for (Parentheses, Exponents, Multiplication, Division, Addition, Subtraction).
Multiplication has priority over addition. Looking at the fractions that are multiplied together we can see the is reduced to
and the
into a
.
The new fraction becomes:
Then find least common denominator. In our case it will be 70.
.
Then add it all up to get the final answer.
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Simplify.

Simplify.
Remember PEMDAS. Take care of the parentheses first and find least common denominator of the fractions. Next distribute, then add and finally, subtract.

Working with the parentheses we get:

Reduce the
to
and the
to
. Then reduce
to
and
to
.

Multiply first then subtract.

If I divide the left fraction by
, I should be able to match the denominator of the right fraction and also I can subtract easily.

Remember PEMDAS. Take care of the parentheses first and find least common denominator of the fractions. Next distribute, then add and finally, subtract.
Working with the parentheses we get:
Reduce the to
and the
to
. Then reduce
to
and
to
.
Multiply first then subtract.
If I divide the left fraction by , I should be able to match the denominator of the right fraction and also I can subtract easily.
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Which of the following fractions is closest to 0.6?
Which of the following fractions is closest to 0.6?
For each fraction, divide each numerator by its denominator to get its decimal representation, then subtract to find its difference from 0.6.





is the closest to 0.6 of the five.
For each fraction, divide each numerator by its denominator to get its decimal representation, then subtract to find its difference from 0.6.
is the closest to 0.6 of the five.
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Express
as a decimal.
Express as a decimal.
Divide 8 by 15:

The 3 repeats, so the correct choice is
.
Divide 8 by 15:
The 3 repeats, so the correct choice is .
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Give the decimal equivalent of
.
Give the decimal equivalent of .
Divide 11 by 18:

The 1 repeats infinitely, so this can be rewritten as
.
Divide 11 by 18:
The 1 repeats infinitely, so this can be rewritten as .
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Give the decimal equivalent of
.
Give the decimal equivalent of .
Divide 5 by 27:

The group "185" repeats infinitely, so this can be written as
.
Divide 5 by 27:
The group "185" repeats infinitely, so this can be written as .
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Give the decimal equivalent of
.
Give the decimal equivalent of .
Divide 7 by 36:

The 4 repeats infinitely, so this can be rewritten as
.
Divide 7 by 36:
The 4 repeats infinitely, so this can be rewritten as .
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Write the value of this expression as a decimal:

Write the value of this expression as a decimal:
Simplify the sum by taking the least common denominator, which is 12:



Divide 13 by 12:

Simplify the sum by taking the least common denominator, which is 12:
Divide 13 by 12:
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Let
,
, 
Which of the following is closest to
?
Let ,
,
Which of the following is closest to ?





The correct choice is 1.8.
The correct choice is 1.8.
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