A student is investigating the relationship between the extension of a polymer thread of unstretched length $m2.000\text{ m}$ and the load hung on the thread. She has a set of $N5\text{ N}$ weights.

Consider the readings shown in Table 5.1:

Column 1	Column 2	Column 3
$0$	$2.000$	$0.000$
$5$	$2.015$	$0.015$
$10$	$2.030$	$0.030$
$15$	$2.045$	$0.045$
$20$	$2.060$	$0.060$

Table 5.1

Identify the appropriate column headings, including units, for Column 1, Column 2, and Column 3.

The student repeats the experiment using a thread made of a different material to study how the material affects extension. State two variables that must be kept constant to ensure a fair test.

A student is investigating the relationship between the extension of a polymer thread of unstretched length $m2.000\text{ m}$ and the load hung on the thread. She has a set of $N5\text{ N}$ weights.

Consider the readings shown in Table 5.1:

Column 1	Column 2	Column 3
$0$	$2.000$	$0.000$
$5$	$2.015$	$0.015$
$10$	$2.030$	$0.030$
$15$	$2.045$	$0.045$
$20$	$2.060$	$0.060$

Table 5.1

Identify the appropriate column headings, including units, for Column 1, Column 2, and Column 3.

The student repeats the experiment using a thread made of a different material to study how the material affects extension. State two variables that must be kept constant to ensure a fair test.

1.5.1a Forces, resultant force and motion

Question 122

Markscheme

1.5.1a Forces, resultant force and motion

Question 122

Markscheme

1.5.1a Forces, resultant force and motion

Question 122

1.5.1a Forces, resultant force and motion Questions

1.5.1a Forces, resultant force and motion

Question 122

1.5.1a Forces, resultant force and motion Questions