Yes, exactly 3 pounds and 2 ounces. No of course not! Not a particular weight, as I understand it, but those whose dimensions and proportions match one of the industry standard sizes will have an advantage. Off-the-rack clothes will fit nicely without alteration. ive been in modeling for several years now and it depends on the companie and what there looking for they might need plus size models or run way models which in that case you must weigh i think for most companies its 120 lbs. i stay between 115 and 120. I'm overweight (200 pounds, but losing some), and I was offered a job with a talent agency that did mostly modeling associated(sp?) things. They are many modeling jobs that dont care about your weight, or look for overweight people for Plus Size modeling.
no it just happens
Weigh a certain amount of soil, then dry it (e.g. in an oven), and weigh it again. If it weighs less after drying, then it had water in it at the beginning.
Weigh a certain amount of soil, then dry it (e.g. in an oven), and weigh it again. If it weighs less after drying, then it had water in it at the beginning.
a candle weighs about 6.6 sextillion tons.
Nobody should ever weigh a certain amount, stop worrying about your weight.
You're comparing a mass to a volume. A gallon of water can can weigh a certain amount, but a gallon of a more dense fluid can weigh more.
They are about 5'9 and weigh 120
Neil Bohrs atomic model is simply called Bohrs model. It states that electrons have a certain amount of energy, so they must follow certain orbits. This is different from the modern atomic model.
About 115-120 should be about right. But you don't have to be a certain weight. Its all about the unique facial features and the correct measurements.
Yes, gases can be weighed. One way, which many people use this method when weighing a gas, fill a balloon to a certain amount and weigh it.
An average model weigh about 110 Ib.
Weigh it in grams, then, as the density of table salt is about 2.17 g/cc, divide the weight by 2.17 and the answer will be the volume of salt in cc.