Page Summary: This is a classic example of a non-traditional application of the d = rt equation used in distance problems. I refer to these problems as "worst case scenario" problems and they are classic math competition problems.

1999 State Mathcounts Target 8 -

This is a classic example of a non-traditional application of the d = rt equation used in distance problems. I refer to these problems as "worst case scenario" problems and they are classic math competition problems. This is a classic math competition problem that looks at equally space numbers around a table.

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  • This is a classic example of a non-traditional application of the d = rt equation used in distance problems.
  • I refer to these problems as "worst case scenario" problems and they are classic math competition problems.
  • This is a classic math competition problem that looks at equally space numbers around a table.
  • This looks at the graphs of absolute values and the area of a quadrilateral.
  • This video shows a method for solving conditional probability problems.

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Visual References

1999 State MATHCOUNTS Target #8
1999 State MATHCOUNTS Target #2
1999 State MATCOUNTS Target #6
1999 State MATHCOUNTS Sprint #11
1999 State MATHCOUNTS Sprint #22
1999 State MATHCOUNTS Sprint #20
Mini #99 - Conditional Probability
1999 State MATHCOUNTS  Sprint #24
1990 State Target #8
2021 National Mathcounts Target Round Q#8
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1999 State MATHCOUNTS Target #8

1999 State MATHCOUNTS Target #8

This problem looks at the volume of two different cylinders.

1999 State MATHCOUNTS Target #2

1999 State MATHCOUNTS Target #2

This is a classic example of a non-traditional application of the d = rt equation used in distance problems.

1999 State MATCOUNTS Target #6

1999 State MATCOUNTS Target #6

This a complicated problem about the surface area of a cube.

1999 State MATHCOUNTS Sprint #11

1999 State MATHCOUNTS Sprint #11

This is a classic math competition problem that looks at equally space numbers around a table.

1999 State MATHCOUNTS Sprint #22

1999 State MATHCOUNTS Sprint #22

This problem looks at rectangles, area, and congruent triangles.

1999 State MATHCOUNTS Sprint #20

1999 State MATHCOUNTS Sprint #20

I refer to these problems as "worst case scenario" problems and they are classic math competition problems.

Mini #99 - Conditional Probability

Mini #99 - Conditional Probability

This video shows a method for solving conditional probability problems. Download the Activity Sheet at ...

1999 State MATHCOUNTS  Sprint #24

1999 State MATHCOUNTS Sprint #24

This looks at the graphs of absolute values and the area of a quadrilateral.

1990 State Target #8

1990 State Target #8

Read more details and related context about 1990 State Target #8.

2021 National Mathcounts Target Round Q#8

2021 National Mathcounts Target Round Q#8

Read more details and related context about 2021 National Mathcounts Target Round Q#8.