(a) Interpretation: Whether a tiny ant can be seen by optical microscope but not by human eye or not should be determined. Concept introduction: Objects are categorized on the basis of size range they fall in. Macroscopic objects are those which lie in the size range that human eye can perceive and microscopic objects are those which need the use of specialized instruments like electron microscope or atomic force microscope. Human eye can detect approximately up to the size of 10 μm and optical microscope can detect in the size range of 1 mm − 1 μm . Detection size limit for (EM) electron microscope and (AFM) atomic force microscope is 100 μm − 100 pm and 5 μm − 100 pm , respectively.
(a) Interpretation: Whether a tiny ant can be seen by optical microscope but not by human eye or not should be determined. Concept introduction: Objects are categorized on the basis of size range they fall in. Macroscopic objects are those which lie in the size range that human eye can perceive and microscopic objects are those which need the use of specialized instruments like electron microscope or atomic force microscope. Human eye can detect approximately up to the size of 10 μm and optical microscope can detect in the size range of 1 mm − 1 μm . Detection size limit for (EM) electron microscope and (AFM) atomic force microscope is 100 μm − 100 pm and 5 μm − 100 pm , respectively.
Whether a tiny ant can be seen by optical microscope but not by human eye or not should be determined.
Concept introduction:
Objects are categorized on the basis of size range they fall in. Macroscopic objects are those which lie in the size range that human eye can perceive and microscopic objects are those which need the use of specialized instruments like electron microscope or atomic force microscope.
Human eye can detect approximately up to the size of 10μm and optical microscope can detect in the size range of 1mm−1μm. Detection size limit for (EM) electron microscope and (AFM) atomic force microscope is 100μm−100pm and 5μm−100pm, respectively.
Interpretation Introduction
(b)
Interpretation:
Whether a cell with 5μm can be seen by optical microscope but not by human eye or not should be determined.
Concept introduction:
Objects are categorized on the basis of size range they fall in. Macroscopic objects are those which lie in the size range that human eye can perceive and microscopic objects are those which need the use of specialized instruments like electron microscope or atomic force microscope.
Human eye can detect approximately up to the size of 10μm and optical microscope can detect in the size range of 1mm−1μm. Detection size limit for (EM) electron microscope and (AFM) atomic force microscope is 100μm−100pm and 5μm−100pm, respectively.
Interpretation Introduction
(c)
Interpretation:
Whether a virus can be seen by optical microscope but not by human eye or not should be determined.
Concept introduction:
Objects are categorized on the basis of size range they fall in. Macroscopic objects are those which lie in the size range that human eye can perceive and microscopic objects are those which need the use of specialized instruments like electron microscope or atomic force microscope.
Human eye can detect approximately up to the size of 10μm and optical microscope can detect in the size range of 1mm−1μm. Detection size limit for (EM) electron microscope and (AFM) atomic force microscope is 100μm−100pm and 5μm−100pm, respectively.
d)
Interpretation Introduction
Interpretation:
Whether a molecule can be seen by optical microscope but not by human eye or not should be determined.
Concept introduction:
Objects are categorized on the basis of size range they fall in. Macroscopic objects are those which lie in the size range that human eye can perceive and microscopic objects are those which need the use of specialized instruments like electron microscope or atomic force microscope.
Human eye can detect approximately up to the size of 10μm and optical microscope can detect in the size range of 1mm−1μm. Detection size limit for (EM) electron microscope and (AFM) atomic force microscope is 100μm−100pm and 5μm−100pm, respectively.
Indicate the compound that gives us a primary carbocation and that gives us a secondary carbocation:
R-CHO and R-CO-R
Draw a stepwise mechanism for the following reaction.
OH
Help with annotating the labeled peaks in the 'H NMR (solvent CDCls) spectra and 'H NMR (solvent Acetone-D6) spectra Also help with Calculating the keto-enol tautomerization Ka constant for the product in both solvents.Two solvents and two different Ka