Answer:
Given the parent function: 
Rule for Horizontal Stretches and Compression:
If parent function y=f(x), then y=f(cx) gives a horizontal stretch when c >1 and
a horizontal compression when 0<c<1.
therefore, by above definition
the function f(x) = 
is a Horizontal compression by a factor of 
therefore, the function f(x) = is HORIZONTAL COMPRESSION of the parent function by a factor of 0.25
28.8 km should be correct
Let the number of bags that he would have been used to put 3 kg of apples be x. Thus the number of bags that would be used to put 2kgs will therefore be (x+9), hence the total number of kgs the bags will hold will be given by:
3*x=3x kgs
2(x+9)=(2x+18) kgs
since the total weights are the same then:
2x+18=3x
hence
18=3x-2x
18=x
thus the number of bags required to put 3 kgs of apples will be 18. Thus the total Kgs of apples was:
3x
=3*18
=54 kgs
Option A:
Yes, he is correct.
Solution:
To find the distance between two points (2, 4) and (6, 3).
Distance between two points formula:
Here 
Substitute these in the distance formula.
Step 1:
Step 2 :
Using BODMAS rule, first simplify the values into the bracket.
Step 3:
Squaring the numbers.
Therefore, George's work is correct.
Option A is the correct answer.
