Rising Mathematics

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Theorem: Based on the concept of right increasing function on time scale.
Theorem: Based on the concept of right increasing function on time scale.
Concept of right increasing and right decreasing function on time scales.
Concept of right increasing and right decreasing function on time scales.
Concept of second delta derivative on time scales.
Concept of second delta derivative on time scales.
Theorem : Every regulated function on a compact interval is bounded.
Theorem : Every regulated function on a compact interval is bounded.
Concept of left dense (ld)-continuous function on time scales.
Concept of left dense (ld)-continuous function on time scales.
Concept of right dense (rd)-continuous function on time scales.
Concept of right dense (rd)-continuous function on time scales.
Concept of Pre-differentiable function for time scales
Concept of Pre-differentiable function for time scales
Concept of a regulated function in time scales
Concept of a regulated function in time scales
Finding nabla-derivative of a function $f(t)=t^2+2t+1$
Finding nabla-derivative of a function $f(t)=t^2+2t+1$
Theorem : Finding formula for nabla derivative of a function defined on a time scale.
Theorem : Finding formula for nabla derivative of a function defined on a time scale.
Theorem : Finding nabla-derivative of a function at a left-dense point.
Theorem : Finding nabla-derivative of a function at a left-dense point.
Theorem : Finding nabla derivative of a left-scattered point of a time scale.
Theorem : Finding nabla derivative of a left-scattered point of a time scale.
Theorem based on the Nabla derivative of a function.
Theorem based on the Nabla derivative of a function.
Finding delta derivative of a function_2
Finding delta derivative of a function_2
Finding delta derivative of a function.
Finding delta derivative of a function.
Theorem based on the concept of delta derivative of a function.
Theorem based on the concept of delta derivative of a function.
Theorem based on the concept of Delta derivative of a function on time scales.
Theorem based on the concept of Delta derivative of a function on time scales.
Theorem based on the concept of Delta derivative of a function on time scales.
Theorem based on the concept of Delta derivative of a function on time scales.
Theorem : Every delta differentiable function is continuous
Theorem : Every delta differentiable function is continuous
Theorem : Nabla derivative is well defined
Theorem : Nabla derivative is well defined
Concept of Nabla-derivative of a function in time scales
Concept of Nabla-derivative of a function in time scales
Finding delta derivative of a function $f(t)=t^2$ on time scales
Finding delta derivative of a function $f(t)=t^2$ on time scales
Proof of delta derivative of a constant function is zero.
Proof of delta derivative of a constant function is zero.
Exercise question based on the concept of delta derivative of a function on time scale.
Exercise question based on the concept of delta derivative of a function on time scale.
Theorem : Delta derivative is well-defined.
Theorem : Delta derivative is well-defined.
Concept of Delta-derivative of a Function in Time Scales.
Concept of Delta-derivative of a Function in Time Scales.
Concept of Intervals for Time Scales.
Concept of Intervals for Time Scales.
Exercise question based on the concept of graininess function in time scales.
Exercise question based on the concept of graininess function in time scales.
Exercise question based on the concept of forward and backward jump operator.
Exercise question based on the concept of forward and backward jump operator.
Concept of backward shift of a function for time scales.
Concept of backward shift of a function for time scales.