Suppose that
2 cos2 x + 4 sin x cos x = a sin 2x + b cos 2x + c (2)
is an IDENTITY, determine the values of a, b, and c.
Posted 2 years ago by marwa in Math 30-1 | 1 answers
#trigonometry
a ball is attached to a string and swung in a vertical circle at a constant speed. Draw a free body diagram
Posted 2 years ago by ember in Physics 20 | 0 answers
#circular motion #physics
Posted 2 years ago by katiesmith in Biology 30 | 0 answers
#male reproductive
Posted 2 years ago by lea123 in Biology 30 | 1 answers
#biology 30
Explain how the signal transmission at a synapse in an individual with Parkinson's disease is different than an unaffected individual
Posted 2 years ago by katiesmith in Biology 30 | 0 answers
#signal transmission between neurons
Simplify the expression √18t^3 + cube root√128- cube root√16 + t√32t. Show all work & indicate any restrictions on t.
Posted 2 years ago by angelica213 in Math 20-1 | 1 answers
#rational expressions
Myopia is a condition in which a person has light rays focusing I front of the retina due to?
Posted 2 years ago by katiesmith in Biology 30 | 1 answers
#sensory pathway
2.00 mol of CH4(g), is initially added to 10.00 mol of Cl2(g) and some hydrogen chloride is produced, HCl(g). What would be the balanced reaction equation for this equilibrium and the maximum possible yield of chloromethane product.
Posted 2 years ago by Liz2023 in Chemistry 30 | 0 answers
#chemistry 30 #equilibrium
Use the calorimeter data for the combustion of magnesium to determine the molar enthalpy of reaction (in kJ/mol) for magnesium
Mass of Mg(s) 0.31 g
Initial temperature of calorimeter contents 23.6 ºC
Final temperature of calorimeter contents 36.8 ºC
Volume of calorimeter 100mL
I'm not sure what to do with the Volume.
Posted 2 years ago by Liz2023 in Chemistry 30 | 1 answers
#chemistry 30 #thermochemistry
Predict the change in enthalpy due to the combustion of 10.0 g of propane. Assuming that the molar heat of combustion of propane is -2043.9 kJ/mol.
Posted 2 years ago by Liz2023 in Chemistry 30 | 1 answers
#chemistry 30 #thermochemistry