In Which Liquid Did The Marble Take The Longest Time To Reach The Bottom?

In Which Liquid Did The Marble Take The Longest Time To Reach The Bottom? The more viscous (or thick) a liquid is, the longer it will take for an object to move through the liquid. In our experiment, the marbles took longer to sink when dropped into the jars filled with corn syrup and honey

Which Of The Following Affects The Viscosity Of A Magma?

Which Of The Following Affects The Viscosity Of A Magma? Viscosity of Magmas Viscosity is the resistance to flow (opposite of fluidity). Viscosity depends on primarily on the composition of the magma, and temperature. Higher SiO2 (silica) content magmas have higher viscosity than lower SiO2 content magmas (viscosity increases with increasing SiO2 concentration in the

What Are The Factors That Affect Viscosity?

What Are The Factors That Affect Viscosity? Viscosity is influenced by the composition of the crude oil, the temperature, dissolved gas content, and the pressure. As temperature increases, the viscosity will decrease. As a result, viscosity measurements are always reported with the temperature at which the measurement is made. What are the 4 factors that

What Are The Factors Affects Magmas Viscosity?

What Are The Factors Affects Magmas Viscosity? Viscosity is the resistance to flow (opposite of fluidity). Viscosity depends on primarily on the composition of the magma, and temperature. Higher SiO2 (silica) content magmas have higher viscosity than lower SiO2 content magmas (viscosity increases with increasing SiO2 concentration in the magma). What are the two major

Why The Viscosity Of A Lubricant Decreases With Increase In Temperature?

Why The Viscosity Of A Lubricant Decreases With Increase In Temperature? The increase in temperature causes the kinetic or thermal energy to increase and the molecules become more mobile. The attractive binding energy is reduced and therefore the viscosity is reduced. How does temperature affect oil? Viscosity of Motor Oil Motor oil includes additives developed