Spring Length Compared to Stretch Force y 10 The scatter plot shows the length of a spring, in inches, when a stretch force, in pounds, is applied. The equation represents the linear model for this data. 9 8 7 09 y = 0.73x + 1 Stretch length (inches) 5 What does the number 0.73 in the equation mean in this context? 3 2. 0 1 2 3 The spring has no stretch when a force of 0.73 pound is applied. 4 5 6 7 8 9 10 Stretch force (pounds) The spring stretches a distance of 1 inch when a force of 0.73 pound is applied The spring will stretch 0.73 inch for every pound of force applied. The spring has a length of 0.73 inch when no force is applied The spring stretches at a rate of 0.73 pound per inch​

7.9m and 4.3°

step-by-step explanation:

let east be +x and north be +y, x = distance * cos θ, y = distance * sin θ  

for 3.5 south, y = -3.5  

for 8.2, x = 8.2 * cos 30 and y = 8.2 * sin 30  

for 15 west, x = -15  

total x = 8.2 * cos 30 – 15 ≈ -7.9  

total y = -3.5 + 8.2 * sin 30 = 0.6  

magnitude = [(8.2 * cos 30 – 15)^2 + 0.6^2)]^0.5  

the magnitude is approximately 7.9 m  

tan θ = y/x = 0.6/-7.9  

the angle is approximately 4.3˚ north of west

where does the z at is it on the x axes or on the y axes any way if it is on the y axes put it horizontally and if it is on the x axes put it vertically

answer: it actually depends on which is the independent variable and which is the dependent variable. let us say we're looking at a linear equation. y=2x+3. we theoretically could switch the equation to be x=(y-3)/2 and it would be the same line. so either a causes b or it can be that b causes a. so technically the answer is false

step-by-step explanation:

the answer to this is 4340

hope this if needed hmu