@vv When examining the first plot, the value at Pc = 1436 appears to be around 4×10⁷, but the result is showing 10⁸. Also, I'm getting a different plot after using the NLP SOLVE syntax.

Sheet: Q_result_1.mw

@vv Attaching the screeshot by using NLPsolve....Giving same result. Any other function which consider global optimum

@C_R It’s taking a long time to solve, and I still don’t have the result. Is there an easier or faster way to get it done?

Sheet: Simple_T.mw

Can we simplify C1−C2 symbolically, by eliminating all like terms, so that the resulting expression contains the minimum number of terms? Also, what is the syntax to perform this simplification without substituting any numerical values?

@mmcdara Will do.

@mmcdara You can change the syntax.

I have three equation A10,A11 and A12.

I want a slider plot where x-coordinate value is from -10000 to 30000

and y coordinate is value for the y function provided in the attached sheet. y range should be greater than 0 to 500000

Sheet: Slider_Q_(1).mw
Sample plot for your refernce is below, i need plot like this:

@acer Could you assist in solving the three equations for three variables under specific conditions, including the given constraints?

I have to solve A,B, C such that all conditions are satisfied.

Showing error : "Warning, solutions may have been lost"


 

Download Q4.mw

@acer 

Thank you for your response.

I have a question—suppose I assign numerical values to the parameters Pu and theta, and I want to determine the range of upsilon that satisfies all the given conditions. What would be the appropriate syntax for this?

lets say Pu= 800 and theta = 30000

@mmcdara Thankyou for the reply

Will make changes in the models so that it result in less complex solution.

@mmcdara 

Thank you for your response.
Attaching sheet with changes: common_term.mw

In your syntax, you've identified the common terms between just two expressions, such as g1 and g_1. However, my intention is to find the common terms that appear across all the variables—specifically: g1,g2 , g3, pi1,pi2 , g_1, g_2 , g_3, pi_1,pi_2. I’m looking for the terms that are shared among all of them, not just between pairs.

For instance, the expression:

1/((w+Ce)2⋅(−δ+w+Ce)2⋅λ−16⋅U[0]2)

is common in g1,g2, g3,  pi1,pi2 and it also appears in g_1, g_2, g_3,pi_1,pi_2. though in the latter it includes an additional term 't' So, I’m thinking it would be helpful to assign a name to this common sub-expression (e.g.,common factor) and re-write the full expressions using these named terms to make them cleaner and more readable.

Additionally, I noticed you've listed common terms in a format like name^constant but we can likely ignore such simple power-based repetitions. Instead, I suggest can we focus on:

• common terms that with three or more terms,

• or take the longest common sequence and assign a name to it.

Could you help with identifying such common expressions across all these variables and re-writing the full expressions using named components for clarity?

@acer Thankyou

@acer what changes i should make?

@acer I am not sure of deleting anything on jan 30. I dont remember. Is there any options to know that i have deleted in maple, so that i can check.

Can you explain my previous question why that error happening ? what syntax should i change?

@acer 

Download gggg.mw

@acer When i am giving C_v in labels

but in graph it shoving like C_v only its not shovwing C_v. What should i change?