In general :
less sensitive to cold, but more sensitive to heat.
It has to do with the insulating properties of fat, and surface to volume ratios.
Yes, a change of 5 degrees in air temperature would likely be noticeable and you may feel the difference, especially if it happens relatively quickly. Our skin is sensitive to temperature changes, so a drop of 5 degrees could be felt as a change in comfort level or even trigger physical responses like shivering.
The glass would likely shatter due to the rapid change in temperature causing thermal stress. Glass is sensitive to sudden changes in temperature, and placing a cold glass in a hot environment would cause uneven expansion, leading to the glass breaking.
The sensitivity of an instrument is the smallest amount it can measure, of whatever it's built to measure.Anything smaller than the sensitivity of the instrument, and the instrument doesn't even notice it.For example, a laboratory scale can measure the weight of a hair, but a truck scale can't. We say that thelaboratory scale's sensitivity is much smaller (or lower) than the truck scale's sensitivity.
The temperature change of 1 degree Celsius is equivalent to approximately 1.8 degrees Fahrenheit. This means that the temperature would change by 1.8 feet when converted from Celsius to Fahrenheit.
Pearls are sensitive to temperature changes but they do not absorb body heat like a human body would. However, pearls can adapt to body temperature when worn against the skin.
They would be more sensitive to heat and less to cold. The fat in your body acts as a 'coat' or jacket would. Imagine wearing heavy coat in the summer.
On the hillside.
You may increase the heat transfer rate to make it more sensitive to environment such as introducing air flow through thermometer in case of measuring air temperature. It can also design thermometer to be more sensitve with better heat sensitive material and thinner insulation wall. Introducing medium into contact surface (such as oil or water in thermowell) would speed up heat trasfer and make it more sensitive to temperature change.
The answer is variable.
You can find the change in temperature by subtracting the initial temperature from the final temperature. For example, if the initial temperature is 20 degrees Celsius and the final temperature is 30 degrees Celsius, the change in temperature would be 10 degrees Celsius (30 - 20 = 10).
Yes, a change of 5 degrees in air temperature would likely be noticeable and you may feel the difference, especially if it happens relatively quickly. Our skin is sensitive to temperature changes, so a drop of 5 degrees could be felt as a change in comfort level or even trigger physical responses like shivering.
protein Lactose
The glass would likely shatter due to the rapid change in temperature causing thermal stress. Glass is sensitive to sudden changes in temperature, and placing a cold glass in a hot environment would cause uneven expansion, leading to the glass breaking.
bc gas is easily compressed so it would have a more versitile range of measurement at least in our atmoshperic conditions. liquid not so easily compressed so very little pressure via mass w/gravity or heat would cause it to quickly jump between changes.
I dont knao of an liquid sensig material but perhaps one of the temperature sensitive materials would do if the liquid you are sensing does not have the same temperature as the substrate on which you coul apply the liquid crystals that change color according to temperature (there are many in a wide array of temperature sensitive ranges)
how the temperature difference would change if st. louis were next to an ocean
temperature of the fluid.