Updated lines 71-73 with: acceleration = 1/8 # "Acceleration of the first rhino (m/s^2)" speed = 15 # "Speed of the second rhino (m/s)" distance = 1600 # "Initial distance between the rhinos (m)"

app.py

@@ -68,9 +68,9 @@ class DisplacementVisualization(RhinoDisplacementPlot):
 def main():
     st.title("Rhino Meeting Displacement Calculator")
     st.image("rhinos_0.png", caption='Rhinos Charging Towards One Another 0')
-    acceleration = st.number_input("Acceleration of the first rhino (m/s^2)", value=1/8)
-    speed = st.number_input("Speed of the second rhino (m/s)", value=15)
-    distance = st.number_input("Initial distance between the rhinos (m)", value=1600)
+    acceleration = 1/8 # "Acceleration of the first rhino (m/s^2)"
+    speed = 15  # "Speed of the second rhino (m/s)"
+    distance = 1600 # "Initial distance between the rhinos (m)"
 
     if st.button("Generate Rhinos Charging Towards One Another Motion Graph Problem"):
         st.write("Two rhinos initially 1600 m apart, begin running directly toward one another at the same time. One rhino uniformly accelerates from rest at 1/8 m.s^2, while the other rhino runs with a constant speed of 15 m/s. What is the net displacement of each rhino when they meet?")