In the expressions that follow, $x$ and $y$ are variables in an experiment. All the other quantities in the expressions are constants. In each case, state the graph you would plot to produce a straight line. Give the gradient of each line in terms of the constants in the expression. $y=c{x}^q$ 

In the expressions that follow, $x$ and $y$ are variables in an experiment. All the other quantities in the expressions are constants. In each case, state the graph you would plot to produce a straight line. Give the gradient of each line in terms of the constants in the expression.

$m=\frac{8x}{B{y}^2}$

In the expressions that follow, $x$ and $y$ are variables in an experiment. All the other quantities in the expressions are constants. In each case, state the graph you would plot to produce a straight line. Give the gradient of each line in terms of the constants in the expression. $y=y_0{e}^{kx}$

In the expressions that follow, $x$ and $y$ are variables in an experiment. All the other quantities in the expressions are constants. In each case, state the graph you would plot to produce a straight line. Give the gradient of each line in terms of the constants in the expression. $R=\frac{\left(y-y_0\right)}{x^2}$

The period of oscillation $T$ of a small spherical mass supported by a length $l$ of thread is given by the expression:$T=2\pi \sqrt{\frac{l}{g}}$

Where $g$ is the acceleration due to gravity. Design a laboratory experiment using this expression to determine the acceleration due to gravity. You should draw a diagram showing the arrangement of your equipment. In your account, you should pay particular attention to: The procedure to be followed

The period of oscillation $T$ of a small spherical mass supported by a length $l$ of thread is given by the expression:

$T=2\pi \sqrt{\frac{l}{g}}$

where $g$ is the acceleration due to gravity. Design a laboratory experiment using this expression to determine the acceleration due to gravity. You should draw a diagram showing the arrangement of your equipment. In your account, you should pay particular attention to:

The measurements to be taken

The period of oscillation $T$ Of a small spherical mass supported by a length $l$ Of thread is given by the expression:

$T=2\pi \sqrt{\frac{l}{g}}$

where $g$ Is the acceleration due to gravity. Design a laboratory experiment using this expression to determine the acceleration due to gravity. You should draw a diagram showing the arrangement of your equipment. In your account, you should pay particular attention to:

Analysis of the data to determine $g$.

The period of oscillation $T$ of a small spherical mass supported by a length $l$ of thread is given by the expression:

$T=2\pi \sqrt{\frac{l}{g}}$

where $g$ is the acceleration due to gravity. Design a laboratory experiment using this expression to determine the acceleration due to gravity. You should draw a diagram showing the arrangement of your equipment. In your account, you should pay particular attention to:

Any safety precautions that you would take.

The values of load shown in table are given without any indication of their uncertainties. Suggest a reason for this.