roy

What would your experimental approach be to test this hypothesis? Possible Experimental Approach: Deposit an equal number of fish in several tanks. Maintain all other variables (temperature, light, food, etc.), but vary the dissolved oxygen concentration in each of the tanks. Observe the fish over time to determine how many fish can survive at different […]

Exercise 1: Data Interpretation (2 pts each) 1. What patterns do you observe based on the information in Table 4? No fish are present when the dissolved oxygen is zero. When there is more dissolved oxygen in the water, more fish are present. However, the number of fish tends to drop or level off when

Data Interpretation  Exercise 1: Data Interpretation (2 pts each) 1. What patterns do you observe based on the information in Table 4? No fish are present when the dissolved oxygen is zero. When there is more dissolved oxygen in the water, more fish are present. However, the number of fish tends to drop or level

Table 2: Balloon Circumference vs. Temperature Tube Temperature (°C) Balloon Circumference (Uninflated; cm) Balloon Circumference (Final; cm) 1 – (Cold) 2 – (RT) 3 – (Hot)     Post-Lab Questions 1. What reaction is being catalyzed in this experiment? 2. What is the enzyme in this experiment? What is the substrate? 3. What is the

Table 2: Balloon Circumference vs. Temperature Tube Temperature (°C) Balloon Circumference (Uninflated; cm) Balloon Circumference (Final; cm) 1 – (Cold) 2 – (RT) 3 – (Hot)     Post-Lab Questions 1. What reaction is being catalyzed in this experiment? 2. What is the enzyme in this experiment? What is the substrate? 3. What is the

Table 2: Balloon Circumference vs. Temperature Tube Temperature (°C) Balloon Circumference (Uninflated; cm) Balloon Circumference (Final; cm) 1 – (Cold) 2 – (RT) 3 – (Hot)     Post-Lab Questions 1. What reaction is being catalyzed in this experiment? 2. What is the enzyme in this experiment? What is the substrate? 3. What is the

Table 2: Balloon Circumference vs. Temperature Tube Temperature (°C) Balloon Circumference (Uninflated; cm) Balloon Circumference (Final; cm) 1 – (Cold) 2 – (RT) 3 – (Hot)     Post-Lab Questions 1. What reaction is being catalyzed in this experiment? 2. What is the enzyme in this experiment? What is the substrate? 3. What is the

Table 2: Balloon Circumference vs. Temperature Tube Temperature (°C) Balloon Circumference (Uninflated; cm) Balloon Circumference (Final; cm) 1 – (Cold) 2 – (RT) 3 – (Hot)     Post-Lab Questions 1. What reaction is being catalyzed in this experiment? 2. What is the enzyme in this experiment? What is the substrate? 3. What is the

Table 2: Balloon Circumference vs. Temperature Tube Temperature (°C) Balloon Circumference (Uninflated; cm) Balloon Circumference (Final; cm) 1 – (Cold) 2 – (RT) 3 – (Hot)     Post-Lab Questions 1. What reaction is being catalyzed in this experiment? 2. What is the enzyme in this experiment? What is the substrate? 3. What is the

Table 2: Balloon Circumference vs. Temperature Tube Temperature (°C) Balloon Circumference (Uninflated; cm) Balloon Circumference (Final; cm) 1 – (Cold) 2 – (RT) 3 – (Hot)     Post-Lab Questions 1. What reaction is being catalyzed in this experiment? 2. What is the enzyme in this experiment? What is the substrate? 3. What is the