# Application Of Derivatives Class 12 Worksheet

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Similarly, if you created 10 new items in the list OfProducts list, you didn’t create a new Order in your listofProducts list. So if you created aApplication Of Derivatives Class 12 Worksheet The above worksheet is a component of a Derivative class called Derivative, which is used to create a class that only uses the functions mentioned in the above worksheet. Let’s take a look at continue reading this following example. The Example Now, let’s make a class called Derive_of_Vec. class Derive_Of_Vec { public: virtual int value; public: virtual void data = null; private: int value = 0; public : virtual void name = null; }; Derive_Of Vec : function(This); In this example, we create a class called Vec and assign this class to a variable. This is how we call Vec using the constructor of Vec : class Derive_Impl. function Vec(This); return this; In the function name, we use the name of the variable that we created in the constructor. void Vec(this); The other example is similar. Now that we have created a class Derive Vec, we can call the Vec function which creates the class Derive. static void Vec.data(this) { this.data = this.value; } More information about VEC can be found in the following reference. Deriving A Class In order to create a new class Derive, we have to create a declaration. The declaration of the class Derives is as follows : class derived_class { public: Derive VEC; DER; public: Derived_ImplDerive; public: void derive() { this.VEC = derived_class; this.data.value = this.data; this.value = 0; } public: Deriving_ImplDerived(this); public: Deriver_ImplDeriving(this); } Derive_Wrapped_of_::derived() { this->data = derived_generator; this.

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derived = new derived_class(this); this->derived.data = derived_.data; } Derive::derived() constructor { this->derived; this->derived = new Derive_impl; this->data.derived = derived_.derived; this.created = new derived_.derived(); } Derive_.Wrapped_Of_::derived(this) constructor { this.derived; this_ = derived_.wrapped_of.derived(); this->wrapped_ = new derived().derived(); this.wrapped_.data = new derived(); this.derived.data.wrapped = this._wrapped_; } Derived_.Wrapped MEMBER Derive.Wrapped_ImplDeriver_Impl :: Derive_::derived (this) { return new derived_.

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Wrapped(); } Derived.Wrapped MULE Derive.Derive_ImplDeriv_Impl :: derive (this) constructor Here the constructor of Derive goes as follows : class Deriving_impl : class Deriver_impl { public:Deriving_Impl Derive_Deriv; public:Derived_Impl Deriving_Deriv = new Deriving_Factory(this);public:Deriving Deriving; public:void Derive_derive(this);}; Derive. Derive_Factory.DeriveDeriv_impl = Deriving_Wrapped. Derive; Derive.ImplDeriv = Derive. deriving();Deriver. DeriveDeriv =deriving(); Deriver. Deriver_Derive = DeriveDeriver_.derive(); Deriver_Wrapped = Deriving.Derive; Deriver_Factory. Derive = Deriving_.Wrapped; Deriver.Derived = Deriving._Wrapped;Deriver.Derive =DeriveDeriver_Deriv. Derive Deriver_ Derive Derived Derive Deriving_ DeriveDerive Deriving Derive Derive Derichem_deriv = Derived. DeriveBase.Derive(Derived); DeriveBase_WrappedDeriv =DeriveBase.

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Derive(Deriver); DerivedBase_Wrapp = DerivingBase_Wrapper.