La nitroglicerina (C3H5N309) es un explosivo muy potente. Su descomposición se puede representar mediante 4C3H5N309 – N2 +12002 + 10H20-02
Esta reacción genera una gran cantidad de calor y muchos productos gaseosos. La velocidad formación de estos gases, asi como su rápida expansion,
es lo que causa la explosión. ¿Cuál es la máxima cantidad de O2 en gramos que se obtendrá a partir de 2 x 10 g de nitroglicerina?

What are the charges of the subatomic particles by choosing the answer from the drop down menu. protons have a (+1,0,or-1). (protons, neutrons, electrons) have a 0 charge. 3.) electrons have a (+1,0,-1)

Which statement correctly describes potassium iodide, ki? there is a one-to-one ratio of potassium ions to iodide ions. potassium gains electrons and iodine loses electrons during the reaction. the lattice is held together by potassium anions and iodide cations.

The lattice enthalpy (formation of ionic solid from ions in the gas phase) for agcl(s) is -916 kj/mol and the hydration enthalpy (dissolution of gaseous ions into water) is -850 kj/mol. how much heat (in joules) is involved in forming 1l of saturated agcl solution (1.8 × 10-4 g / 100 ml water) by dissolving agcl(s)? assume solution volume does not change much upon dissolution. the equations are given below. ag+(g) + cl−(g) æ agcl(s)