To determine the base dissociation constant (Kb) for the reaction involving ch33naq, h2ol, ch33nh, and oh-aq, you need the specific equilibrium expression related to the bases and their respective concentrations in solution. Without additional context or specific reaction details, the Kb value cannot be accurately calculated or provided. Generally, Kb values are determined experimentally or found in literature for specific bases.
1 MB = 1024 KB.
kb is the Dissociation Constant for Bases.
Kb=1.62 * 10-12
'K' usually stands for 'kilo' meaning 1 thousand 'M' usually stands for 'mega' meaning 1 million 1 million = 1 thousand thousands 1 MB = 1,000 KB 5 MB = 5,000 KB 91 KB = 0.091 MB
To determine the base dissociation constant (Kb) for the reaction involving ch33naq, h2ol, ch33nh, and oh-aq, you need the specific equilibrium expression related to the bases and their respective concentrations in solution. Without additional context or specific reaction details, the Kb value cannot be accurately calculated or provided. Generally, Kb values are determined experimentally or found in literature for specific bases.
6.6 x 10-9
181 kb is bigger than 1.41 kb.
1.41 KB is smaller than 181 KB.
KB Holland goes by KB.
Did you mean: 'How much bytes in 1 KB?' If you did: the answer is 1000 bytes in 1 KB.
100 KB.... As 1.5 KB is 1.5 out of 100
divide by 8,000. Kb is Kilobits = 1000 bits and a byte has 8 bits so Kb divide by 8 = KB and KB divide by 1,000 = bytes.
KB refers to space, KB means Kilobyte.
1GB = 1024 MB 1MB= 1024 KB So 1GB= 1048576 KB
489150 KB
1,048,576 KB