At the Custard Creamery, the cost of ice cream custard is directly proportional to its weight in ounces. Complete the equation of the graph with its constant of proportionality.
The equation of the graph for the cost of ice cream custard is:
Cost = k * Weight
where k is the constant of proportionality.
b
The constant of proportionality for the graph can be represented by the letter "b". Thus, the equation for the graph can be written as:
Cost = b * Weight
To complete the equation of the graph, we need to know the constant of proportionality. Let's assume that the cost of ice cream custard (C) is directly proportional to its weight in ounces (W). We can write this relationship as:
C = k * W
Here, k represents the constant of proportionality. To find this constant, we need some data points or additional information about the cost and weight of the ice cream custard at the Custard Creamery. Once we know the values of C and W for a particular data point, we can solve for k.
Please provide some data points or any additional information you have, so we can calculate the constant of proportionality and complete the equation of the graph for you.
To complete the equation of the graph that represents the relationship between the cost of ice cream custard and its weight in ounces, you need to find the constant of proportionality.
Let's call the cost of ice cream custard C, and the weight of ice cream custard W. Since the cost of ice cream custard is directly proportional to its weight, we can write the equation as:
C = k * W,
where k is the constant of proportionality.
To find the value of k, you need more information. If you have a set of data points with the cost of ice cream custard and its corresponding weight, you can choose any one pair of values and solve for k.
For example, if you have a data point with C = $3 and W = 2 ounces, you can substitute these values into the equation:
3 = k * 2.
Solving for k, you divide both sides of the equation by 2:
k = 3 / 2 = 1.5.
Therefore, the constant of proportionality is 1.5, and the complete equation for the graph is:
C = 1.5W.