Due to luminescence (i.e fluorescing capability of molecule), which is inherently more sensitive then absorption. Imagine dark stadium, 1 flashlight turns on. You can see it. That's luminescence. Now imagine the stadium with 500 flashlights on and 1 gets turned on. You won't really notice, i.e. less sensitive, like absorption.
In luminescence and spectrofluorometry the background is dark with all the other non-fluorescing molecules. The ones the fluoresce are clearly seen and can be detected to individual molecules.
Both ears are generally equally sensitive to sound. However, some studies suggest that the right ear may be slightly more sensitive to speech sounds, while the left ear may be more sensitive to music and emotional tones.
The tongue is generally more sensitive than the finger when it comes to detecting taste sensations. This is because the tongue has specialized taste buds that can detect different flavors, while the fingers are more equipped for touch and pressure sensitivity.
Hearing is generally more sensitive than sight in terms of perceiving stimuli. Our ears can detect a wider range of frequencies and are more sensitive to subtle changes in sound compared to our eyesight. Additionally, auditory cues can be perceived from a greater distance compared to visual cues.
Rods are more sensitive to dim light and are responsible for night vision, while cones are more sensitive to color and detail in bright light. Rods contain rhodopsin pigment, which allows them to function well in low light conditions, whereas cones contain different opsins that allow them to perceive color.
The nerve endings in the clitoris are more sensitive than those in other parts of the body.
A higher absorbance in a spectrophotometry experiment indicates that more light is being absorbed by the sample, suggesting a higher concentration of the substance being measured.
Low absorbance in spectrophotometry means that the sample does not absorb much light at the specific wavelength being measured. This can impact the analysis of samples by making it difficult to accurately determine the concentration of the substance being measured. Low absorbance can result in less accurate readings and may require more sensitive equipment or different methods to obtain reliable data.
A higher absorbance value in a spectrophotometry experiment indicates that more light is being absorbed by the sample, suggesting a higher concentration of the substance being measured.
Comparative: more sensitive Superlative: most sensitive
Spectrometry and spectrophotometry are both techniques used in analytical chemistry to measure the interaction of light with matter. Spectrometry involves measuring the intensity of light at different wavelengths to identify and quantify substances in a sample. Spectrophotometry, on the other hand, specifically measures the amount of light absorbed or transmitted by a sample at a particular wavelength, providing information about the concentration of a substance in the sample. Both techniques are valuable in identifying and quantifying substances in a sample, with spectrophotometry being more focused on measuring the concentration of a specific substance.
No. They are more sensitive
comparative -- more sensitive superlative -- most sensitive
The mans nipple is a bit sensitive , but the lady will have a far more sensitive nipple.
Yes, the fingertips have a higher density of nerve endings compared to the rest of the hand, making them more sensitive to heat. This increased sensitivity helps us quickly detect and respond to potentially harmful temperatures. However, the entire hand can still feel heat and play a role in protecting the body from burns.
Rods are more sensitive to light than cones.
He/she has probably become more sensitive. This can happen for a number of reasons - for example, a bitch can be more sensitive during her seasons.
It is more sensitive because your dominant hand is used the most and therefore it is the most sensitive also there are nerve endings in your hand.