Step 1: Build the Equations
The factory built {{ prob.total }} units total today. Bots (x) use {{ prob.px }} gears each, and Drones (y) use {{ prob.py }} gears each. In total, they used {{ prob.rev }} gears.
Drag values to complete the equations
Quantity:
{{ slots.eq1Total.val }}
Gears:
{{ slots.eq2Px.val }}
{{ slots.eq2Py.val }}
{{ slots.eq2Rev.val }}
{{ item.val }}
Step 2: Find the Balance
Adjust the number of Bots () and Drones () until BOTH equations are perfectly balanced.
{{ guessX + guessY }}
{{ prob.total }}
Balanced
Unbalanced
{{ guessX * prob.px + guessY * prob.py }}
{{ prob.rev }}
Balanced
Unbalanced
Bots (x):
{{ guessX }}
Drones (y):
{{ guessY }}
Step 3: Graph the System
Drag the colored points to the correct x and y intercepts to graph the lines. Where they cross is the solution!
x-int: →
y-int: →
x-int: →
y-int: →
Intersection Found!
verified
System Solved!
You found the exact combination that satisfies both conditions.
Bots
Drones