The relationship between Celsius (°C) and Fahrenheit (°F) degrees of measuring temperature is linear. Find a linear equation relating °C and °F if 0°C corresponds to 32°F and 100°C corresponds to 212°F. Use the equation to find the Celsius measure of 70°F.

y varies directly as x. If x = 3 then y = 24. Find y when x = 8. y= Question Help: Video Message instructor Submit Question

A ball is thrown straight up in the air with an initial velocity of 60feet per second​ (ft/sec). According to the laws of​ physics, if you let y denote the velocity of the ball after x​ seconds, y=60−32x.   a. Find the​ y-intercept and slope of the linear equation. b. Explain what the​ y-intercept and slope represent in terms of the graph of the equation. c. Explain what the​ y-intercept and slope represent in terms relating to the application.   a. The​ y-intercept of the linear equation is b0=   The slope of the linear equation is b1=   b. The​ y-intercept gives the​ y-value at which the line intersects the ___________ (y-asix or x-axis).  The slope indicates that the​ y-value _________ (increases, decreases) by ______ unit(s) for every increase in x of 1 unit.   c. The​ y-intercept is the velocity of the ball at time _______ ​second(s). The slope represents the fact that the velocity of the ball (increases, decreases) by______ ft/sec every ______ (foot, second)

A bucket is used to fill a large cylindrical vat with water. After pouring buckets of water into the vat, the height of water in the vat was 3 feet. After pouring 16 buckets of water, the height was 6 feet. Let y represent the height of water in the vat (in feet) and x represent the number of buckets poured into the vat. Write a linear equation to estimate the height of the water based on the number of buckets poured in. Express numbers as decimals or integers. The linear equation in slope-intercept form is ____