the quantity y is partly constant and partly varies inversely as the square of x when y=6 what is y when x=10
Lacking information
For the record
y=k+p/x²
To determine the value of y when x is 10, we need to understand the relationship between y and x as described in the problem.
According to the problem statement, "the quantity y is partly constant and partly varies inversely as the square of x." This means that y can be expressed as a sum of two terms: a constant term and an inverse term involving the square of x.
Let's break down the problem further to solve it step by step.
Step 1: Expressing y in terms of the constant and inverse terms
Let's denote the constant term as a and the inverse term as b/x^2. Therefore, y can be represented as:
y = a + (b/x^2)
Step 2: Finding the constant term
Using the given information that when y = 6, we can substitute the values into the equation:
6 = a + (b/10^2)
Simplifying further, we get:
6 = a + b/100
Step 3: Finding the inverse term coefficient
To find the coefficient b, we need additional information. If you have more data about y and x, please provide it, so we can calculate the coefficient b accurately.
Note: Without the coefficient b, it is not possible to determine the value of y when x is 10.
Once you provide the value of b, we can proceed further to calculate the value of y when x is 10.