All, The recipe for classical mechanics for one particle: come up with expressions for all forces, solve F = ma to arrive at position as a function of time. The recipe for quantum mechanics: come up with an expression for the potential energy, solve Schroedinger's equation to arrive at the ...

CAN SOMEONE PLS HELP ME WITH PART C !!! Why are they using the equation v=at

A couple of decades ago I was peripherally involved with some research on the properties of ice cream being done by the company Walls in the UK. The work was on relating the consistency of the ice cream to the microstructure, so it was quite closely related to your question. Anyhow, ice cream ha...

The greenhouse effect analogy of global warming is that atmospheric carbon dioxide $CO_2$ absorbs some of the infrared radiation emitted by the Earth, and redirects a portion of that radiation back down to the Earth's surface, thereby heating the surface more than it would have done if that radia...

If a spacecraft slingshots around a planet P (with escape velocity V) at an angle $\theta$, I understand that the resulting velocity is $${ v }_{ 2 }=({ v }_{ 1 }+2u)\sqrt { 1-\frac { 4u{ v }_{ 1 }(1-cos(\theta )) }{ ({ v }_{ 1 }+2u)^{ 2 } } } .$$ However, this equation does not involve the mas...

If a spacecraft slingshots around a planet P (with escape velocity V) at an angle $\theta$, I understand that the resulting velocity is $${ v }_{ 2 }=({ v }_{ 1 }+2u)\sqrt { 1-\frac { 4u{ v }_{ 1 }(1-cos(\theta )) }{ ({ v }_{ 1 }+2u)^{ 2 } } } .$$ However, this equation does not involve the mas...