Isobars are a point or line drawn on map that connects the places of constant pressure e.g, atmospheric pressure or sea level.
The isolines that connect the points of equal atmospheric pressure are called iseidomal. These terms are common when using the barometer.
It depends on how picky you want to be. Yes, having the same number of nucleons they have practically the same atomic mass. No, because they don't have exactly the same atomic mass due to differences in the nuclear binding energy (and hence aren't truly "isobars", even though that's what they're called). (NB: this usage of "isobar" is from nuclear chemistry and means "nuclei with the same number of nucleons." It's not the meteorological isobar, which is something quite different and wouldn't make any sense in the context of the question.)
An isobar map displays lines connecting points of equal atmospheric pressure, while an isotherm map shows lines connecting points of equal temperature. Isobar maps are used in meteorology to show weather patterns, while isotherm maps are helpful in understanding temperature distributions.
Isobar is a line on a map connecting points having the same atmospheric pressure, at a given time, or an average over a given period
It joins places of similar barometric pressure
an isobar can tell you the wind mileage and the strength of the wind
Isobars are lines of equal pressure, isotherms are lines of equal temperature. And isobars are pretty and gorgeous, and isotherms are thermometers.
If you meant isobar - An isobar is a line on a map showing air pressure. the closer the isobars are packed together, the lower the pressure, and stronger the wind is.
The isolines that connect the points of equal atmospheric pressure are called iseidomal. These terms are common when using the barometer.
Isobarsargon-40, calcium-40, sulphur-40, potassium-40 are example of isobars....
Isobars that are close together indicate stronger wind speed, where the wind blows parallel to the lines connecting points of equal pressure. The closer the isobars are together, the stronger the pressure gradient force, leading to faster winds.
The weatherman pointed to the innermost isobar, surrounded by several more, closely spaced to appear rather like a fingerprint.
It depends on how picky you want to be. Yes, having the same number of nucleons they have practically the same atomic mass. No, because they don't have exactly the same atomic mass due to differences in the nuclear binding energy (and hence aren't truly "isobars", even though that's what they're called). (NB: this usage of "isobar" is from nuclear chemistry and means "nuclei with the same number of nucleons." It's not the meteorological isobar, which is something quite different and wouldn't make any sense in the context of the question.)
An isobar map displays lines connecting points of equal atmospheric pressure, while an isotherm map shows lines connecting points of equal temperature. Isobar maps are used in meteorology to show weather patterns, while isotherm maps are helpful in understanding temperature distributions.
Isobar is a line on a map connecting points having the same atmospheric pressure, at a given time, or an average over a given period
It joins places of similar barometric pressure
isobars are a measure of atmospheric pressure. variations in atmospheric pressure basically cause weather - high pressure vs low pressure, etc.