967 resultados para Zero-point Energy
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Alcove to deck, with timber handrail in foreground.
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Alcove to deck, as seen from garden.
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Deck and seating overlooking the river.
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Deck and seating overlooking river.
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Looking towards section of original house from outdoor room area. Hand-made spotted gum columns on edge of outdoor room on right.
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Deck and seating overlooking river.
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Timber battened concave roof and supporting structure over outdoor room area.
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Dining setting, sculptures, timber columns and curved roof in outdoor room
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Structure to underside of deck and seating area.
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Being able to compare the energy cost of physical activity across and between populations is important. However, energy expenditure is related to body size, so it is necessary to appropriately adjust for differences in body size when comparisons are made. This study examined the relationship between the daily energy cost of activity and body weight in 47 children aged 6-10 years. Log-log regression showed weight(1.0) to be an inappropriate adjustment for activity energy expenditure in children, with a more valid adjustment being weight(0.3). Clearly, both weight dependent and non-weight dependent activities are part of everyday living in children. This balance influences how energy expenditure is correctly adjusted for body size. Investigators interpreting data of energy expenditure in children from children of different body sizes need to take this into consideration.
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Detail view of timber cross-bracing with polycarbonate sheeting behind as seen from upper level dining studio.
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North elevation, deck below and belvedere above, as seen from path to beach.
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View along south elevation, stair to belvedere beyond and bedboxes above.