Answer:
Canadian railcars show weight figures in both imperial and metric. Canadian railways also maintain exclusive use of imperial measurements to describe train length and height in feet and train masses in short tons. Canadians typically use a mix of metric and imperial measurements in their daily lives.
So let's start with the slope-intercept form of a linear equation. That is y = mx+b where m is slope and b is the y intercept. But, this is an inequality. So first we have to look at the way the graph is shaded. Since it is shaded upwards, you know that it is in the form of y ≥ mx + b. It tells you that the y-intercept is c because the line hits the y-axis at (0,c). Hence the equation is now y ≥ mx + c. But now, we have to find the slope of the graph. This is found by "rise over run" (I am sure you have heard of this). Count how many units the graph went down/up and how many units the graph went left/right and put it in fraction form of (units down or up) / (units left or right). Well it moves 2 units down so plug -2 into the top. It moved 1 unit right, so plug +1 into the denominator. So, the slope is -2. Hence we finally have our formula: y ≥ -2x + c which is the 5th choice.
Answer:
200 miles
Explanation:
Here map to actual to scale: 1 inch = 50 miles
- On map distance: 4 inches
To find actual distance, simply multiply map distance by scale factor
Actual Distance : 4 × 50 = 200 miles
No . Not using algebra is like telling someone to take out peanut butter with your finger instead where you can use a butter knife which is less messy and quick although using finger is much more satisfying . anywho.... just refer to the image and all will be revealed
It would cost $168 to buy the edging.
48/2=24. 24+24+48+16=112
112x1.5=168
