Answer:
Answer explained below
Explanation:
Given that,
Package of Pharmacist weight = 22 g
mupirocin = 2% , Weight of the mupirocin = (2/100)*22 = 0.44 g
Hence , Amount of mupirocin to be added to 3% w/w mupurocin
Element = X
Then , Total weight of amount = (22+X)g
Total amount of mupurocin = (0.44+ X) g
Now, % of mupurocin in element = 3.10 %
3.10 = ((0.44+X)/(22+X))*100
68.2 + 3.10 X = 44 + 100X
24.2 = 96.9 X , X = (24.2 /96.9) = 0.2497 g
Amount of mupirocin to be added =0.2497 g
Answer:
I hate hearing this. I'm praying. Jehovah will resurrect them together in the new world to come Revelation 21:3&4
Answer: Option C
Explanation:
The nephron is the microscopic structure found in the kidney. It is the structural and functional unit of kidney.
It is composed of renal tubule, glomerulus and Bowman's capsule. The renal corpuscles consists of a tuft of capillaries which is known as glomerulus.
Bowman's Capsule can be defined as a sac like structure that lies at the starting of the tubular part of a nephron in a kidney. It performs the first step of filtration of blood that reaches the kidney.
Hence, the correct answer is all of these.
Answer: E. exocytosis and it requires expenditure of ATP
Explanation:
Neurotransmitters are molecules released by synaptic pre-neurons and are the means of communication in a chemical synapse. They bind to neurotransmitter receptors and can attach to an ion channel (ionotropic receptors) or an intracellular signaling process (metabotropic receptors). Neurotransmitters are specific for the receptor they bind to and elicit a specific response in postsynaptic neurons, resulting in an excitatory or inhibitory signal. Because exocytosis is an example of active transport, it requires expenditure of ATP.
