Volume of the Great Pyramid An amazing formula from ancient mathematics was used by the Egyptians to find the volume of the frustum of a square pyramid, as shown in the figure. Its volume is given by 1 V=h(a² + ab + b²), h b a a b where b is the length of the base, a is the length of the top, and h is the height. (Source: Freebury, H. A., A History of Mathematics, Macmillan Company, New York.) (a) When the Great Pyramid in Egypt was partially completed to a height h of 200 ft, b was 756 ft, and a was 314 ft. Calculate its volume at this stage of construction to the nearest thousand feet. R.3 Polynomials 35 (b) Try to visualize the figure if a = b. What is the resulting shape? Find its volume. (c) Let a = b in the Egyptian formula and simplify. Are the results the same?

Holt Mcdougal Larson Pre-algebra: Student Edition 2012
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ISBN:9780547587776
Author:HOLT MCDOUGAL
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Chapter10: Measurement, Area, And Volume
Section10.8: Volumes Of Pyramids And Cones
Problem 17E
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Volume of the Great Pyramid An amazing
formula from ancient mathematics was used
by the Egyptians to find the volume of the
frustum of a square pyramid, as shown in the
figure. Its volume is given by
1
V=h(a² + ab + b²),
h
b
a
a
b
where b is the length of the base, a is the length of the top, and h is the height.
(Source: Freebury, H. A., A History of Mathematics, Macmillan Company, New York.)
(a) When the Great Pyramid in Egypt was partially completed to a height h of
200 ft, b was 756 ft, and a was 314 ft. Calculate its volume at this stage of
construction to the nearest thousand feet.
R.3 Polynomials 35
(b) Try to visualize the figure if a = b. What is the resulting shape? Find its volume.
(c) Let a = b in the Egyptian formula and simplify. Are the results the same?
Transcribed Image Text:Volume of the Great Pyramid An amazing formula from ancient mathematics was used by the Egyptians to find the volume of the frustum of a square pyramid, as shown in the figure. Its volume is given by 1 V=h(a² + ab + b²), h b a a b where b is the length of the base, a is the length of the top, and h is the height. (Source: Freebury, H. A., A History of Mathematics, Macmillan Company, New York.) (a) When the Great Pyramid in Egypt was partially completed to a height h of 200 ft, b was 756 ft, and a was 314 ft. Calculate its volume at this stage of construction to the nearest thousand feet. R.3 Polynomials 35 (b) Try to visualize the figure if a = b. What is the resulting shape? Find its volume. (c) Let a = b in the Egyptian formula and simplify. Are the results the same?
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