yes it is Actually it's hard so your contacts wont get messed up
Yes, heat transfer by conduction can occur between a gas and a solid. When a gas molecule collides with a solid surface, it transfers heat to the solid through direct contact and vibration of the solid's atoms. Heat conduction in this case is typically slower compared to conduction in solids or liquids due to the lower density of the gas.
You need to contact the court with jurisdiction over the case for instructions.You need to contact the court with jurisdiction over the case for instructions.You need to contact the court with jurisdiction over the case for instructions.You need to contact the court with jurisdiction over the case for instructions.
it depends on the solid with which the liquid comes in contact, if the adhesion is stronger the liquid wets the solid else i t cannot ; eg;- in the case of water and glass the adhesion is much stronger than cohesion ,on the other hand the cohesion is greater if you consider the case of water and certain leaves(in which water cant wet them).
The pushing force divided by the area of contact.
You need to know the mass of the solid.
It is plant response to contact with a solid odject.
In this case the entropy increase.
In the case of water (liquid) you would freeze it into ice (solid).
You need to contact the court with jurisdiction over your case and inquire there.You need to contact the court with jurisdiction over your case and inquire there.You need to contact the court with jurisdiction over your case and inquire there.You need to contact the court with jurisdiction over your case and inquire there.
Solid carbon dioxide is not dangerous but avoid contact with skin and eyes.
Yes. If you do not close your contact case overnight, the contact lens will dry out and you will not be able to get them soft again no matter how much solution you use.
Stirring increases the contact between the solid particles and the solvent molecules, speeding up the dissolving process. This helps dissolve more solid into the solution because it reduces the boundary layer around the solid particles, allowing fresh solvent to continuously come in contact with the solid.