Answer:
4
Step-by-step explanation:
g(n) varies inversely with n.
This can be expressed alternatively as \[g(n) = \frac{k}{n}\] where k is a constant value.
Given that when n = 3, g(n) = 8.
This implies, \[8 = \frac{k}{3}\]
Simplifying the equation to solve for k, k = 8 * 3 = 24
Now when g(n) = 6, \[g(n) = \frac{k}{n}\]
\[6 = \frac{24}{n}\]
Calculating the value of n, \[n = \frac{24}{6}\] = 4
So the required value of n is 4.
75 1/3 in simplest form: 226/3
Answer:
Your instructor is making reference to a monocular depth cue known as: Linear perspective.
Step-by-step explanation:
Your instructor is making reference to a monocular depth cue known as: Linear perspective.
We know that is: Linear perspective, a system of creating an illusion of depth on a flat surface. All parallel lines in a painting or drawing using this system converge in a single vanishing point on the composition’s horizon line.
(50 - (2.75 + 4.25)) / 6 = (50 - 7) / 6 = 43/6 = 7.17 per day
