Answer :
Let's solve the equations step by step:
- Start with the first equation:
- [tex][ \frac{265}{45} = x ] Simplifying this: [ x = \frac{265}{45} \approx 5.89 ][/tex]
- Now, let's substitute ( x ) into the second part of the expression:
- [tex][ x \div 54 \times 4 = x ] Using ( x = 5.89 ): [ 5.89 \div 54 \times 4 = 5.89 ][/tex]
- Next part of the expression:
- [tex][ 4 \times 3 = x ] Simplifying this: [ 12 = x ][/tex]
- Finally, we have:
- [tex][ x + 456 ][/tex]
- Substituting
- [tex]( x = 12 ): [ 12 + 456 = 468 ][/tex]
The solution for ( x ) is consistent with the above steps:
[tex]( x = 5.89 ) initially, but ( x = 12 ) [/tex]
as per subsequent parts of the equation. This seems contradictory, so the context or constraints of the equation might need clarification.
If we follow the second calculation consistently, ( x ) would be 12. Therefore, ( 12 + 456 = 468 ).
Answer:
Let's solve the equations step by step.
Given equation 1: \( \frac{265}{45} = x \)
To find \( x \):
\[ x = \frac{265}{45} \]
Performing the division:
\[ x = 5.8889 \]
Given equation 2: \( \times \div 54 \times 4 = \times = 4 \times 3 = \times = \times + 456 \)
Let's break down and solve this step by step:
1. \( \times \div 54 \times 4 = \times \)
Let's denote this as \( y \):
\[ y \div 54 \times 4 = y \]
2. \( y = 4 \times 3 \)
Calculate \( y \):
\[ y = 12 \]
3. \( y = y + 456 \)
Now solve for \( y \):
\[ y = y + 456 \]
\[ y - y = 456 \]
\[ 0 = 456 \]
There seems to be an issue here. Let's re-evaluate the equation for clarity:
The equation might need clarification
Step-by-step explanation:
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