It looks like you have an expression that involves some variables and multiplication. The expression you provided seems a bit ambiguous due to the use of 'X' which could be interpreted as multiplication or a variable. However, I'll assume 'X' represents multiplication.

So, let's rewrite the expression with the assumption that 'X' means multiplication:

Expression: $2x + 4y \times 5 \text{ dengan } 4 \times 2y + 6$

It seems like "dengan" might mean you're comparing or considering both parts of the expression together, but I'll address the two parts separately first:

1. First Part: $2x + 4y \times 5$
2. Second Part: $4 \times 2y + 6$

Simplifying Each Part:

1. First Part: $2x + 4y \times 5 = 2x + 20y$
2. Second Part: $4 \times 2y + 6 = 8y + 6$

Combined Expression:

If the intention was to combine or equate these expressions: $2x + 20y \text{ dengan } 8y + 6$

This would compare the simplified forms of both parts, but if you meant to set them equal, it would be: $2x + 20y = 8y + 6$

You can solve this equation for $x$ or $y$ depending on your requirement.

Would you like more details on how to solve it or clarify the original expression further?

Relative Questions:

1. How do you want to proceed with solving the equation $2x + 20y = 8y + 6$?
2. Are you trying to solve for a specific variable (e.g., $x$ or $y$)?
3. Is there any additional context or constraints for this equation?
4. Should "X" be treated as a variable instead of a multiplication symbol?
5. Would you like to see the step-by-step process for isolating $x$ or $y$?

Tip: Always clearly define symbols or operations in your equations to avoid ambiguity when solving mathematical problems.