Step-by-step explanation:
<u>Step 1: Set x equal to 0 to find the y-int</u>
→ Not an exponential equation
→ 10,000 → Works for first test
→ 10,000 → Works for first test
→ 10,000 → Works for first test
<u>Step 2: Set x equal to 1</u>
→ 6,000 → Works for second test
→ 4,000 → Does not work for the second test
→ 14,000 → Does not work for the second test
Answer: The answer is Option B
Answer:
The correct answer for this question would be <u>y=3x</u>
Step-by-step explanation:
If you look on the graph included in the picture you provided, you can see that all the numerical values in the 'y' row are three times the value of the values in the 'x' row.
Brainliest appreciated!
Answer:
Step-by-step explanation:
All the masses here are based on the main mass of the sand. So we will call sand "x". If there is two times as much cement as sand, then cement is 2x; if there is three times as much stone as sand, then stone is 3x. All of these added together equal a mass of 600 kg:
x + 2x + 3x = 600 so
6x = 600 and
x = 100 kg
There are 100 kg of sand. That means that there is 200 kg of cement and 300 kg of stone
Parallel. This is pretty simple if you either a) Picture it in your head, or b) look at each option logically. lets try out b)
The last option does not really apply to lines, and is for angles. (unless your talking about the adjecent sides of an angle, but this would mean they meet at a vertex) Perpendicular, doesnt make sense because if they were perpindicular on a plane, (2-d) then it would be immpossible for BOTH to be parallel to a third line. This leaves the first option, which makes sense.
