calculate energy density for everything eaten in a day
To calculate energy density of eaten food in a day,the following formula is used
Number of calories in food÷ weight of the food
For example if you eat 1 bar of dark chocolate,then
Each bar contains 190 calories and let the weight of each bar is 50 GM's then
190÷50
Then energy density is 38
Calculate the energy and the energy-spectral-density for the signal x(t) 100 sine(200 π t)cos (1400mt)
Which of the following is FALSE about complementary proteins? they need to be eaten together at the same meal they can be eaten at different times throughout the day they are incomplete proteins from different food sources that together make a complete protein No answer text provided.
Use the Planck distribution law(7.28) to calculate the total energy density of a black-body at a temperature of 3000K.
1) a) Calculate the Fermi energy for gold at OK. The density of gold is 19.3 g/cm3, and the molar mass is 197 g/mol. b) The Fermi energy for other temperatures can be approximated as TE? ( kT EF(T)- EF(0) 1- . At what temperature would the Fermi energy of Au 12 E (0) be reduced by 1%? Compare this temperature with the melting point of Au (1337 K). Is it reasonable to assume the Fermi energy is a constant,...
Calculate (in MeV) the total binding energy and the binding energy per nucleon (a) for 3H and (b) for 3He. Everything I've tried is wrong...
Calculate by the energy balance method the evaporation rate in [mm day] from an open water surface, if the net radiation is 225[Wrm] and the air temperature 22°C, assuming no sensible heat or ground heat flux, the water density is 997 kg/m, and the latent heat Jkgl2.501x10-2370T where Temperature T is in [C]. Is your estimation reasonable in reality? [15pt] Calculate by the energy balance method the evaporation rate in [mm day] from an open water surface, if the net...
Calculate the Fermi energy for beryllium, assuming two free electrons per atom. (The density of beryllium is 1.85 g/cm3, and its molar mass is 9.01 g/mol.) eV
show calculations and everything on how you came up with the solution 1)- Calculate the free-energy difference between the most stable form of [4S, 5R) 3-Deutero-4-ethyl-3-phenylOctane and the most stable form of [4S, 5S] 3-Deutero-4-cthyl-3-phenylOctane given below. Note, you must use Newman Projections. Importantly, you have to draw the structures of the molecules in question and show how you were able to determine the answer for the question using Newman Projections in order to receive full credit. Note, the hydrogen...
Part I: Three-Day Food Log (10 pts) Complete a 3 Day Food Diary. Choose three days, including two weekdays and one weekend day as close together as possible, and write down everything that you eat and drink and the quantity in common household measurements. Try to eat as normal as possible these days. (You will not be graded on how healthy your diet is.) Be sure to include everything such as condiments, sauces, beverages, etc. Try to write what you've...
Nutrition Science researchers are concerned about the amount of calories eaten by children who routinely eat at fast food restaurants. A research team collected the following random sample of the number of calories eaten in a day by 7 students who ate a fast food restaurant in a day. 2523 1758 934 2328 2434 2267 2526 What is the probability that the actual mean number of calories is greater than 2267.759? HINT: You will need to use the t-table or...