No, dwarf stars are smaller in size and mass compared to our Sun. They are classified by their lower luminosity and surface temperature.
True. Local winds are winds that blow over short distances, typically within a few kilometers of the Earth's surface. They are influenced by local topography, temperature differences, and pressure gradients.
true
Yes, legs and feet are stronger, as they are able to support your body weight, whereas, your arms are not.
True. Heat is transferred from a substance at high temperature to a substance at low temperature to reach thermal equilibrium.
It is driven by temperature differences causing differences in density. It requires a gravity field.
yes this is true. this is also why you can get stronger winds if the pressure gradient in the atmospshere is greater
True. Convection currents are driven by temperature and density differences in a fluid. Warmer, less dense fluid rises, while cooler, denser fluid sinks, creating a circular flow pattern.
true
No, dwarf stars are smaller in size and mass compared to our Sun. They are classified by their lower luminosity and surface temperature.
True. But please note that there are other differences between the proton and the electron as well - for example, the proton has a larger mass, and the proton is made up of smaller particles, while the electron - as far as we know - is not.
true
True. Local winds are winds that blow over short distances, typically within a few kilometers of the Earth's surface. They are influenced by local topography, temperature differences, and pressure gradients.
Yes, legs and feet are stronger, as they are able to support your body weight, whereas, your arms are not.
True. Heat is transferred from a substance at high temperature to a substance at low temperature to reach thermal equilibrium.
It is not true.
yes, it can be smaller, equal or larger to the true value of the population varience.