suspie
A large, juicy, and fresh chicken tender in which one can divulge. Consumed when one has “earned it.” Typically fried and made fresh to order.
A little bit of suspies in my life
Suspy
The word suspy is a word that is short for suspicious, but way more fun to say.
The girls said their friend was suspy for turning her snapchat location off
Suspy
A shortened version of the word suspicious, meaning mischevious.
I think she ate my chocolate chip cookie, and it is making me suspy of her.
Suspy
Pearlnecklacehrry soon to be converseerry is amazing.
Person 1: suspy
Person 2: i also think Pearlnecklacehrry soon to be converseerry is amazing!
Person 2: i also think Pearlnecklacehrry soon to be converseerry is amazing!
suspy nam
(noun) a person who do too much unexplainable things.
nam is the word come from man.
nam is the word come from man.
Sam is suspy nam.
Maggie Suspie
calculus. It involves taking the derivative of the outer function with respect to the input variable, and then multiplying it by the derivative of the inner function with respect to the same input variable.
For example, if we have a composite function f(g(x)) and we want to find its derivative with respect to x, we can use the Maggie Suspie method:
Take the derivative of the outer function f'(g(x)) with respect to g(x).
Take the derivative of the inner function g'(x) with respect to x.
Multiply the two derivatives together: f'(g(x)) * g'(x).
This method is also known as the "chain rule" in calculus, but using the term "Maggie Suspie" can be a fun and memorable way to refer to it.
For example, if we have a composite function f(g(x)) and we want to find its derivative with respect to x, we can use the Maggie Suspie method:
Take the derivative of the outer function f'(g(x)) with respect to g(x).
Take the derivative of the inner function g'(x) with respect to x.
Multiply the two derivatives together: f'(g(x)) * g'(x).
This method is also known as the "chain rule" in calculus, but using the term "Maggie Suspie" can be a fun and memorable way to refer to it.
Casmon: let’s use the Maggie Suspie method
Female: si
Female: si