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Probability

Choose level of difficulty. A test tube is shown below. It is then filled to a depth d. If the test tube is now exactly half filled what is the value of d?. Probability. Help Step 1: Find th e volume of the top section (cylinder)

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Probability

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  1. Choose level of difficulty A test tube is shown below. It is then filled to a depth d. If the test tube is now exactly half filled what is the value of d? Probability

  2. Help Step 1: Find the volume of the top section (cylinder) The test tube consists of a cylinder and half a sphere (hemisphere) Draw the cylinder and mark on the dimensions (lengths) Volume of cylinder = r2h A test tube is shown below. It is then filled to a depth d. If the test tube is now exactly half filled what is the value of d? Probability 9 3

  3. Help Step 2: Calculate the volume of the hemisphere. Work out the volume of a complete sphere and half the answer. Volume of sphere = (4r3)/3 A test tube is shown below. It is then filled to a depth d. If the test tube is now exactly half filled what is the value of d? Probability 3

  4. Help Step 3: Work out the volume filled in the test tube. Find the total volume of the test tube and then find half of that amount. A test tube is shown below. It is then filled to a depth d. If the test tube is now exactly half filled what is the value of d? Probability

  5. Help Step 4: Work out the amount of liquid in the cylinder section The amount in the cylinder section of the test tube = the amount of liquid – the amount in the hemisphere. A test tube is shown below. It is then filled to a depth d. If the test tube is now exactly half filled what is the value of d? Probability

  6. Help Step 5: Work out the value for d Volume of cylinder = r2h We know the volume in the cylinder and the radius so we can calculate h Now we can give the answer to d. A test tube is shown below. It is then filled to a depth d. If the test tube is now exactly half filled what is the value of d? Probability h 3 End of Problem Return to Menu

  7. Help Step 1: Find the volume of the top section (cylinder) The test tube consists of a cylinder and half a sphere (hemisphere) Draw the cylinder and mark on the dimensions (lengths) Volume of cylinder = r2h A test tube is shown below. It is then filled to a depth d. If the test tube is now exactly half filled what is the value of d? Probability 9 3

  8. Help Step 2: Calculate the volume of the hemisphere. Work out the volume of a complete sphere and half the answer. Volume of sphere = (4r3)/3 A test tube is shown below. It is then filled to a depth d. If the test tube is now exactly half filled what is the value of d? Probability 3

  9. Help Step 3: Work out the amount of liquid in the cylinder section The amount in the cylinder section of the test tube = the amount of liquid – the amount in the hemisphere. A test tube is shown below. It is then filled to a depth d. If the test tube is now exactly half filled what is the value of d? Probability

  10. Help Step 4: Work out the value for d Volume of cylinder = r2h We know the volume in the cylinder and the radius so we can calculate h Now we can give the answer to d. A test tube is shown below. It is then filled to a depth d. If the test tube is now exactly half filled what is the value of d? Probability h End of Problem Return to Menu

  11. Help Step 1: Split the section into two pieces and find their volumes Volume of cylinder = r2h Volume of sphere = (4r3)/3 A test tube is shown below. It is then filled to a depth d. If the test tube is now exactly half filled what is the value of d? Probability 9 3 3

  12. Help Step 2: Work out the volume filled in the test tube. Find the total volume of the test tube and then find half of that amount. A test tube is shown below. It is then filled to a depth d. If the test tube is now exactly half filled what is the value of d? Probability

  13. Help Step 3: Work out the amount of liquid in the cylinder section A test tube is shown below. It is then filled to a depth d. If the test tube is now exactly half filled what is the value of d? Probability

  14. Help Step 4: Work out the depth of water in the cylinder and then the value of d A test tube is shown below. It is then filled to a depth d. If the test tube is now exactly half filled what is the value of d? Probability h 3 End of Problem Return to Menu

  15. Help Step 1: Split the section into two pieces and find their volumes Volume of cylinder = r2h Volume of sphere = (4r3)/3 A test tube is shown below. It is then filled to a depth d. If the test tube is now exactly half filled what is the value of d? Probability

  16. Help Step 2: Work out the amount of liquid in the cylinder section A test tube is shown below. It is then filled to a depth d. If the test tube is now exactly half filled what is the value of d? Probability

  17. Help Step 3: Work out the value for d A test tube is shown below. It is then filled to a depth d. If the test tube is now exactly half filled what is the value of d? Probability h End of Problem Return to Menu

  18. Help Hint: Volume of cylinder = r2h Volume of sphere = (4r3)/3 A test tube is shown below. It is then filled to a depth d. If the test tube is now exactly half filled what is the value of d? Probability End of Problem Return to Menu

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