Step 1. Carefully cut two large windows in a shoe box, as shown in the illustration. Your windows should be on opposite sides of
the shoe box. The windows should be directly across from one another to create a clear line of sight between them. Step 2. Place the tennis ball inside the shoe box.
Step 3. With the windows on the shoe box open, shine a flashlight through one window and out the other. You should see the light emerge on the opposite side of the shoe box.
Step 4. Experiment with the shoe box’s window flaps and the tennis ball to find out under what conditions the light from the flashlight will be blocked or visible.
DESCRIBE what happened during the video. Record your findings below. Step 5 Identify the components, inputs, and outputs of your simple model system. Also identify the boundaries of the system. Step 6 Identify an interaction between two components that shows a cause-and-effect relationship. Step 7 What component(s) could you add to your system to change the light input?
Pls do this step by step PLS HELP U WILL GET BRAINLIEST PLS HELP
Answer: there is not any correct answer but the law of conservation of matter states that the sum of the mass of the reactants should be equal to that of the product
<span>Hi, β-galactosidase is important for organisms as it is a key provider in the production of energy and a source of carbons through the break down of lactose to galactose and glucose.
