Answer:
Disociaciones ácido / base utilizando la definición de Arrhenius.
ACIDOS
HF (aq) —->?Disociaciones ácido / base utilizando la definición de Arrhenius.
ACIDOS
HF (aq) —->?Disociaciones ácido / base utilizando la definición de Arrhenius.
ACIDOS
HF (aq) —->?Disociaciones ácido / base utilizando la definición de Arrhenius.
ACIDOS
HF (aq) —->?Disociaciones ácido / base utilizando la definición de Arrhenius.
ACIDOS
HF (aq) —->?
Explanation:
Disociaciones ácido / base utilizando la definición de Arrhenius.
ACIDOS
HF (aq) —->?Disociaciones ácido / base utilizando la definición de Arrhenius.
ACIDOS
HF (aq) —->?Disociaciones ácido / base utilizando la definición de Arrhenius.
ACIDOS
HF (aq) —->?Disociaciones ácido / base utilizando la definición de Arrhenius.
ACIDOS
HF (aq) —->?Disociaciones ácido / base utilizando la definición de Arrhenius.
ACIDOS
HF (aq) —->?Disociaciones ácido / base utilizando la definición de Arrhenius.
ACIDOS
HF (aq) —->?Disociaciones ácido / base utilizando la definición de Arrhenius.
ACIDOS
HF (aq) —->?
PH is a logorithmic scale. so each whole unit multiplies by 10. so the answer is B 1:10
Osmotic pressure is calculated by multiplying the molarity, temperature and the universal gas constant. It is expressed as:
P = iMRT
Say the temperature for both solutions is 373.15 K.
P(NaCl) = 2 x 0.10 x 0.08206 x 373.15 = 3.06 atm
P(KBr) = 2 x<span> 0.10 x 0.08206 x 373.15 = 3.06 atm
They will have the same osmotic pressure since they have the same concentration, dissociate into 2 ions and at the same temperature.</span>
Answer:
See explanation and image attached
Explanation:
When an alkene is reacted with cold, dilute and alkaline KMnO4, the product of the reaction is a 1,2-diol (vicinal diol). The products exhibit a “syn” stereochemistry with the addition of the two -OH groups to the same side of the alkene.
The reaction of cyclopentene with cold, dilute, alkaline KMnO4 is shown in the image attached.
Answer:
Hi myself Shrushtee.
Explanation:
Ocean water is constantly moving, and not only in the form of waves and tides. Ocean currents flow like vast rivers, sweeping along predictable paths. Some ocean currents flow at the surface; others flow deep within water. ... Tides contribute to coastal currents that travel short distances.
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