Question

add 2/6 + 5/8 + 4 please solve​

Answer 1

Answer :

The required number is $\sf{4 \dfrac{23}{24}}$

Step-by-step explanation :

Given that,

$\sf{Add: \: \: \: \: \: \: \dfrac{2}{6} + \dfrac{5}{8} + \dfrac{4}{1} }$

Solution :

$\pink{ \longrightarrow} \sf{ \dfrac{2}{6} + \dfrac{5}{8} + \dfrac{4}{1}}$

$\pink{ \longrightarrow} \sf{ \dfrac{ \cancel{2}}{ \cancel{6}} + \dfrac{5}{8} + \dfrac{4}{1}}$

Dividing 2 and 6 with 2

$\pink{ \longrightarrow} \sf{ \dfrac{1}{3} + \dfrac{5}{8} + \dfrac{4}{1}}$

Now, Let's find the L.C.M of 3 , 8 and 1

$\begin{gathered}\begin{array}{r|l}\sf3&\sf3,8,1\\\cline{2-2}\sf2&\sf1,8,1\\\cline{2-2}\sf2&\sf1,4,1\\\cline{2-2}\sf2&\sf1,2,1\\\cline{2-2}&\sf1,1,1\end{array}\end{gathered}$

» 3 × 2 × 2 × 2

» 6 × 2 × 2

» 12 × 2

» 24

Therefore, L.C.M = 24

$\pink{ \longrightarrow} \sf{ \dfrac{(8 \times 1) + (3 \times 5) + (24 \times 4)}{24}}$

$\pink{ \longrightarrow} \sf{ \dfrac{8 + 15 + 96}{24}}$

$\pink{ \longrightarrow} \sf{ \dfrac{23+ 96}{24}}$

$\pink{ \longrightarrow} \sf{ \dfrac{119}{24}}$

$\pink{ \longrightarrow} \sf{ 4 \: \dfrac{23}{24}} \: \: \: \: \: \purple{ \star}$

$\sf{ \purple{ \underline{Answer:}} \: \: \: \: { 4 \: \dfrac{23}{24}}}$

Answer 2

☯GIVEN :

• Add $\bf{\dfrac{2}{6} + \dfrac{5}{8} + 4}$.

➲SOLUTION :

$\implies{\sf{\dfrac{2}{6} + \dfrac{5}{8} + 4}}$

$\implies{\sf{\dfrac{2}{6} + \dfrac{5}{8} + \dfrac{4}{1}}}$

• Taking LCM of 6 ,8 and 1 .
• LCM = $\bf {2\times 2\times2 \times 3 =24}$

$\implies{\sf{\dfrac{2 \times 4 + 5 \times 3 + 4 \times 24}{24} }}$

$\implies{\sf{\dfrac{8+ 15 + 96}{24} }}$

$\implies{\sf{\dfrac{119}{24} }}$

• Converting as mixed fraction :

$\implies{ \purple{ \boxed{\bf{4\dfrac{23}{24} }}}} \bigstar$