Answer: The coordinates of your final position = (4,-3)
Step-by-step explanation:
We will use coordinate- plane for this as shown below .
Consider the graph below , Starting from the origin (0,0) on the graph , we first move 4 units along the x-axis in positive direction i.e. we move 4 units on the right side of origin (shown by orange line)and reach (4,0).
Now , from (4,0) we then move 3 units downwards i.e. on negative y-axis ( shown by purple line).
We will reach point (4,-3).
i.e. the coordinate of the final position x= 4 and y= -3.
Therefore , the coordinates of your final position = (4,-3)
Answer:
10
Step-by-step explanation:
As it could be inferred from the name, repeated measure design may be explained as experimental measures involving multiple (more than one) measures of a variable on the same observation, subject or participants which are taken at either various times or periodic intervals, different levels, different conditions. Hence, a repeated measurement taken with the same sample but under different treatment conditions. Therefore, since the measurement will be performed on a the same subjects(paired) , then the number of subjects needed will be 10. As it is this same samples that will be used for the other levels or conditions.
Answer:
$7.85
Step-by-step explanation:
Per pound = 1
Ratios:
Answer:
133°
Step-by-step explanation:
In the attached file
Answer:
I'm going to do 1 as an example and using what I've taught you, you have to do the rest. Hope my explanation helps.
Step-by-step explanation:
We are given the points (-2, -4) and (-1, -1)
We need to find the slope.
The equation to do so is y2 - y1 / x2 - x1
lest say:
-2 is x1
-4 is y1
-1 is x2
-1 is y2
-1 - (-4) / -1 - (-2)
3/1 = 3
slope (m) = 3
We already know the y-intercept is 2
The equation of a line is y = mx + b
For this problem we just have to substitute what we already know.
y = (slope)x + y-intercept
y = 3x + 2
*TIP*
If the y-intercept is negative, let's say: b = -5 (using slope 8)
the equation will be y = 8x - 5
Hope this helps. I wish you all the best. :)
