No. The women's BMI chart is adjusted to allow for a greater amount of subcutaneous fat as in the breasts.
"The Bra Maker's Handbook" contains an appendix on calculating breast volume and weight based on a series of measurements. This weight is then used to make sure the straps are wide enough to minimize shoulder pressure. Source(s): "The Bra Maker's Handbook" (Appendix; Calculating Breast Weight & Volume) by Stephanie Williams.
"The Bra Maker's Handbook" contains an appendix on calculating breast volume and weight based on a series of measurements. This weight is then used to make sure the straps are wide enough to minimize shoulder pressure. Source(s): "The Bra Maker's Handbook" (Appendix; Calculating Breast Weight & Volume) by Stephanie Williams.
"The Bra Maker's Handbook" contains an appendix on calculating breast volume and weight based on a series of measurements. This weight is then used to make sure the straps are wide enough to minimize shoulder pressure. Source(s): "The Bra Maker's Handbook" (Appendix; Calculating Breast Weight & Volume) by Stephanie Williams.
"The Bra Maker's Handbook" contains an appendix on calculating breast volume and weight based on a series of measurements. This weight is then used to make sure the straps are wide enough to minimize shoulder pressure. Source(s): "The Bra Maker's Handbook" (Appendix; Calculating Breast Weight & Volume) by Stephanie Williams.
"The Bra Maker's Handbook" contains an appendix on calculating breast volume and weight based on a series of measurements. This weight is then used to make sure the straps are wide enough to minimize shoulder pressure. Source(s): "The Bra Maker's Handbook" (Appendix; Calculating Breast Weight & Volume) by Stephanie Williams.
"The Bra Maker's Handbook" contains an appendix on calculating breast volume and weight based on a series of measurements. This weight is then used to make sure the straps are wide enough to minimize shoulder pressure. Source(s): "The Bra Maker's Handbook" (Appendix; Calculating Breast Weight & Volume) by Stephanie Williams.
"The Bra Maker's Handbook" contains an appendix on calculating breast volume and weight based on a series of measurements. This weight is then used to make sure the straps are wide enough to minimize shoulder pressure. Source(s): "The Bra Maker's Handbook" (Appendix; Calculating Breast Weight & Volume) by Stephanie Williams.
Breast weight is typically calculated using a formula that involves the measurement of breast volume and density. This can be done using specialized imaging techniques like mammography, MRI, or ultrasound. The formula for calculating breast weight takes into account the tissue composition and density of the breast. Consulting with a medical professional would be recommended for an accurate assessment.
"The Bra Maker's Handbook" contains an appendix on calculating breast volume and weight based on a series of measurements. This weight is then used to make sure the straps are wide enough to minimize shoulder pressure. Source(s): "The Bra Maker's Handbook" (Appendix; Calculating Breast Weight & Volume) by Stephanie Williams.
About 3.5 lbs. each
"The Bramaker's Handbook" describes how to calculate breast volume and weight based on a series of measurements. This weight is then used to size the straps so that the pressure is within ergonomic limits. A size 34DDD breast weighs about 3.5 - 4.0 pounds each or 1.6 - 1.8 kg each based on density and volume. Source(s): "The Bramaker's Handbook" by Stephanie Williams (Appendix; Calculating Breast Weight & Volume).
The formula for calculating the percent of weight loss is: (Initial weight - Current weight) / Initial weight x 100.