Question
Determine prime factorization of the following numbers: $468$
✓
Answer
$468$ We have:
Therefore, Prime factorization of $468 = 2 \times 2 \times 3 \times 3 \times 13$
|
$2$
|
$468$
|
|
$2$
|
$234$
|
|
$3$
|
$117$
|
|
$3$
|
$39$
|
|
$13$
|
$13$
|
|
|
$1$
|
Need a full question paper?
Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.
Explore more
Similar questions
The total mass of $8$ packets, each of the same size, is $10\ kg\ 600\ g.$ What is the mass of each such packet$?$
→The following figure are drawn on a sheet of squared paper. Count the number of square enclosed by figure and find its area, taking the area square as $1cm^2$.
→Determine the sums given below using suitable rearrangement. $2 + 3 + 4 + 5 + 45 + 46 + 47 + 48$
→$HCF$ of co-prime numbers $4$ and $15$ was found as follows:
$4 = 2$ $\times$ $2$ and $15 = 3$ $\times$ $5$
since there is no common factor, so $H.C.F.$ of $4$ and $15$ is $0$. Is the answer correct? If not, what is the correct $H.C.F$.
→$4 = 2$ $\times$ $2$ and $15 = 3$ $\times$ $5$
since there is no common factor, so $H.C.F.$ of $4$ and $15$ is $0$. Is the answer correct? If not, what is the correct $H.C.F$.
Kirti Bookstore sold books worth $₹ 2,85,891$ in the first week of June and books worth $₹ 4,00,768$ in the second week of the month. How much was the sale for the two weeks together? In which week was the sale greater and by how much?
→Determine the $H.C.F$ of the following numbers by using Euclid's algorithm $(i-x):$
$399,437$
→$399,437$
Among the numbers 1-1000, how many times will the digit ' 7 ' occur?
Draw the following.
A triangle with exactly three lines of symmetry
A triangle with exactly three lines of symmetry
In the following figure, each division represents $1\ cm:$
Express numerically the ratios of the following distances:
$i.\ AC : AF$
$ii.\ AG : AD$
$iii.\ BF : AI$
$iv.\ CE : DI$
→Express numerically the ratios of the following distances:
$i.\ AC : AF$
$ii.\ AG : AD$
$iii.\ BF : AI$
$iv.\ CE : DI$
Find the value of the following using various properties: $8759 \times 94 + 8759 \times 6$
→