The higher the viscosity, the lower the flow rate.
Time is almost always the independent variable, which is to say that time depends on nothing. Such is the case with viscosity measurments. The volume that flows through a hole over a period of time means that volume is dependent on time. Plot time on the X axis and Volume on the Y.
Time period = 1 / frequency. Frequency = 1 / time period.
Yes, but keep in mind there are many type of honey, and many ways of processing the honey. I will assume we are talking about natural honey, Liquid and unpasteurized... this is still a wide range of honeys as the properties of the honey are different by location and what flowers the nectar was gathered from. (not to mention the species of bees). so in short i'd say: yes honey has a high viscosity at room temperature. afterthought: "high viscosity" is a very broad term as well...
it is a positive relationship
because
When a liquid is heated, it will generally become less viscous.
The viscosity of water, which is its resistance to flow, does not directly impact water tables. Water tables are primarily influenced by factors such as precipitation, evaporation, and groundwater recharge. However, water with higher viscosity may flow more slowly through the ground, potentially affecting the movement of water within the water table system over time.
viscosity is tested through by heating the liquid to constain temperature and there by making a flow and the time taken from one level to another level. the time to compare with time taken by liquid to flow from one level to another level with out heating and calculating the viscosity index at two points.
The essential difference between Ostwald and Ubbelohde viscometers is the method of measuring viscosity. Ostwald viscometer measures the flow time of a fixed volume of liquid through a capillary, while the Ubbelohde viscometer measures the flow time of a fixed volume of liquid out of a calibrated capillary. Additionally, the Ubbelohde viscometer is more accurate and suitable for measuring the viscosity of transparent liquids.
Viscosity is the term.
Viscosity refers to how thick or thin the oil is and its rating is the length of time it takes to flow out of a hole. An oil is rated for viscosity by heating it to a specific temperature and the allowing it to flow out of a specifically sized hole. If it flows quickly it gets a low rating. If it flows slowly it gets a high rating
Material that forms magma contains a lot of dissolved gas. When this dissolved gas expands it forms small gas bubbles called vesicles. The more gas bubbles contained in the magma, the more violent the eruption. In magmas with a higher temperate gases remain dissolved, lowering its viscosity. A higher temperature also means a lower density - lava will be runny (less viscous). When temperatures are lower crystallisation occurs, forming a more solid magma with a much higher viscosity. In viscous magmas the gases have a more difficult time escaping, causing a more violent eruption.
To determine the viscosity of a given lubricant start out with an appropriate viscometer. Make sure the cup is cleaned well and use leavening screws to make sure that the meter is level. Put the ball valve close to the jet and pour in test oil. Place a clean flask inline with bottom of discharging jet. Insert a thermometer and stir the water constantly while heating. When desired temperature is obtained, stop heating. Lift ball valve, start stop watch, and the oil will flow into the flask. Stop stopwatch when it reaches the 50ml line with the meniscus. Record time.
"Most of the time when viscosity is explained words are used that are too technical for the average person to quickly grasp. This leaves them still wondering what the viscosity numbers really mean on a bottle of motor oil. Simply put, viscosity is the oil's resistance to flow or, for the layman, an oil's speed of flow as measured through a device known as a viscometer. The thicker (higher viscosity) of an oil, the slower it will flow. You will see oil viscosity measurement in lube articles stated in kinematic (kv) and absolute (cSt) terms. These are translated into the easier to understand SAE viscosity numbers you see on an oil bottle."
Flow discharge is the volume of water passing through a specific point in a river or stream in a given amount of time. The relationship between flow discharge and time is that flow discharge is typically measured in cubic meters per second or cubic feet per second, indicating the volume of water passing a point per unit time. As time increases, the cumulative flow discharge over that period also increases.
No, a stalagmometer is not used for viscosity measurement. It is used to determine the surface tension of a liquid by measuring the time taken for a drop to fall through a capillary tube. Viscosity is typically measured using viscometers or rheometers.
One way to measure viscosity without using a viscometer is by observing the flow of a liquid. A more viscous liquid will flow more slowly than a less viscous liquid. This can be done by pouring the liquid and observing how quickly it flows. Another method is to measure the time it takes for a liquid to flow through a narrow tube or small opening. The longer it takes, the higher the viscosity.