First let's find out what 1/3 of 3/5 is. To do that, we have to multiply 1/3 by 3/5 which equals 3/15, which simplifies to 1/5.
Since we know that Gopal spent 110, we know that 110 is equal to 4/5. We have to find the last 1/5. To do this, divide 110/5 = 22
The answer is 22 :)
I hope this helps! :)
Answer:
Mr. Johnson can arrange 18 students in each row, that is 4 rows of boys and 5 rows of girls.
Step-by-step explanation:
Given:
Number of boys = 72
number of girls = 90
We need to arrange students in rows with equal number of only boys and only girls.
To find the maximum number (x) of boys or girls in each row, we will find the GCF (Greatest Common Factor) of the numbers 72 and 90, such that 'x' divides both numbers evenly without a remainder.
Now to find GCF we will factorize both numbers.


from above we can say that;
GCF = 
Hence Mr. Johnson can arrange 18 students in each row, that is 4 rows of boys and 5 rows of girls.
<em><u>The solution is:</u></em>

<em><u>Solution:</u></em>
We have to solve the given expression
<em><u>Given expression is:</u></em>

<em><u>Let us first convert the mixed fraction to improper fraction</u></em>
Multiply the whole number part by the fraction's denominator.
Add that to the numerator.
Then write the result on top of the denominator.
Thus we get,


<em><u>Thus the given expression becomes,</u></em>

Make the denominators same for easier calculations

<em><u>Reducing to lowest terms, we get</u></em>

<em><u>In decimal form, we get</u></em>

<em><u>Thus the solution is:</u></em>

Answer:
<em>T</em> = 5<em>g</em> + 3
Step-by-step explanation:
The information provided is summarized as follows:
- At party each guest receives five party favors
- The variable "<em>g</em>" represent the number of guests.
- Only three favors are left at the end.
Let <em>T</em> represent the total number of favors bought.
The expression representing the total number of favors given to the guests is:
5<em>g</em>.
Then the expression representing the total number of favors bought is:
<em>T</em> = 5<em>g</em> + 3
Answer:
SAS Similarity Theorem
Step-by-step explanation:
we know that
<u>SAS Similarity Theorem</u>: States that if two sides in one triangle are proportional to two sides in another triangle and the included angle in both are congruent, then the two triangles are similar
In this problem
∠HJZ=∠RJW ----> by vertical angles
and
WJ/HJ=JR/JZ
substitute the values
8/4=6/3
2=2 ----> is true
so
Two sides of triangle HJZ are proportional with the two corresponding sides of triangle WJR and the included angle is congruent
therefore
Triangles are similar by SAS Similarity Theorem