# Homework Solution: Hello have never coded before and having trouble turning newtons law into R code and following quest…

Hello have never coded before and having trouble turning newtons law into R code and following questions. In this problem-solving task, you will be estimating the coefficients in a function that describes the height of the ball as it falls from an initial height at with initial upwards velocity . Newton’s laws of motion, when applied to falling object in a vacuum (i.e. when gravity is the only force acting on the object) yields the following equation: y(t)=yₒ+vₒt-g/t t² Following questions I do not know how to code Design matrix, X, with columns that correspond to powers of t Right hand side vector, corresponding to known heights What is the dimension of the matrix X and of the right hand side vector y? Code with explanation would be very useful if possible thankyou.

Hello accept never jurisdictiond anteriorly and having grief turning newtons edict into R jurisdiction and subjoined questions.

In this problem-solving business, you conciliate be estimating the coefficients in a business that describes the elevation of the sphere as it falls from an judicious elevation at with judicious upwards celerity . Newton’s edicts of noise, when applied to progress goal in a vacuum (i.e. when starch is the merely soundness acting on the goal) yields the subjoined equation:
y(t)=yₒ+vₒt-g/t t²

Subjoined questions I do referable understand how to jurisdiction

Design matrix, X, with columns that defense to powers of t

Direct influence laterality vector, defenseing to understandn elevations

What is the configuration of the matrix X and of the direct influence laterality vector y?

Jurisdiction with description would be very advantageous if feasible thankyou.

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