Using the knowledge you have gained from completing these labs and the weekly readings, respond to the problems below. Scenario: Your friend has a bucket of very rare and beautiful marbles, and she offered to sell you as many as you want for 10 cents each. You have a shoebox that you would like to fill with these marbles, and you have a budget of $32. Using volume ratios to estimate the number of marbles that will fill your shoebox, can you be confident that you have enough money to fill it? Use the measurements on the figure below and the rules for combining uncertainties given in the "Theory" section of the Measurements and Uncertainty lab from Labster to answer the questions and come up with your answer. 1. What is the depth of the shoebox in cm? Include the uncertainty. The depth of the box is 4 cm + or - 0.5 cm 2. What is the width of the shoebox in cm? Include the uncertainty. The width of the box is 6.2 cm + or - 0.5 cm 3. What is the height of the shoebox in cm? Include the uncertainty. The height of the box is 4cm + or - 0.5cm 4. What is the volume of the shoebox in cm3? Include the uncertainty. Show your work. 5. What is the diameter of the marble in cm? Include the uncertainty. 6. What is the radius of the marble in cm? Include the uncertainty. 7. What is the volume of the marble in cm3? Include the uncertainty. Show your work. 8. How many marbles are in the shoebox? Include the uncertainty. Show your work. 9. Estimate the cost to fill the shoebox with