Resistance helps us choose materials by providing information on how well a material can withstand specific environmental conditions, such as temperature, humidity, or corrosion. By understanding a material's resistance properties, we can select the most suitable material for a particular application to ensure durability and performance.
Air resistance can help slow down moving objects, like parachutists or skydivers, bringing them to a safe landing. It also allows us to design vehicles with aerodynamic shapes that reduce drag and improve fuel efficiency, such as airplanes and cars. Additionally, air resistance can provide resistance for exercise, like when cycling or running, which can help improve fitness levels.
Air resistance affects us in everyday life by making it harder to move through the air, like when cycling or running. It also affects the fuel efficiency of vehicles as they have to work harder against air resistance to maintain speed. Additionally, air resistance can impact the design of buildings and structures to ensure they can withstand wind loads.
Friction between our hand and the door handle provides the grip needed to apply a rotational force when turning the handle, allowing us to overcome resistance and open or close the door. It helps transfer the force from our hand to the handle, enabling us to manipulate the door.
Friction between our fingers and the glass creates a gripping force, allowing us to hold onto the glass securely. The rough surface of our skin interacts with the smooth surface of the glass, resulting in enough resistance to prevent the glass from slipping from our hand.
No, light is not a material noun. It is a form of radiant energy that enables us to see things.
Air resistance can help slow down moving objects, like parachutists or skydivers, bringing them to a safe landing. It also allows us to design vehicles with aerodynamic shapes that reduce drag and improve fuel efficiency, such as airplanes and cars. Additionally, air resistance can provide resistance for exercise, like when cycling or running, which can help improve fitness levels.
Usually, it is not material things that cause one to want to attend church, but spiritual. Material things that actually help us to travel to church are vehicles, such as an automobile.
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Food help to repair wear tear of the body . It gives us energy to grow well. It help to improve our resistance to diseases.
The communist superpowers supported the north with war material. The US supported the south with men & material. Reason: Cold War.
This question makes no sense. You are asking for resistance and then saying the resistance is 10 us. "US" is not a measure of resistance. The measure is called Ohms. Ohm's Law states that Voltage = Current x Resistance Hence Resistance = Volts divided by Amps.
Resistance is a property of a resistor, a circuit device with a "port" of 2 connections. Resistance is ratio of voltage across port/current looped through it; this is constant for most resistors.Resistivity is a bulk property of a material, ratio of voltage/distance to current/area through a solid. Typically a constant.AnswerResistance is the opposition a material offers to the drift of current through that material, and is expressed in ohms. Resistance is directly-proportional to the resistivity of the material and to its length, and inversely-proportional to its cross-sectional area.Resistivity, on the other hand, is the property a material has which makes different materials, of identical physical dimensions, have different values of resistance. It is defined as 'the resistance of a unit length of a material of uniform cross-sectional area'. In SI, this equates to the resistance between the opposite faces of a metre cube (NOT cubic metre -they're different!) of a material, and is expressed in ohm metres. Resistivity is affected by temperature, so it is always quoted at a specific temperature, usually 20 degrees Celsius.Resistivity allows us to compare the resistance of different materials without taking their physical dimensions into account.
Nothing. Resistivity is defined as specific resistance. However, Resistivity is different from resistance.Answer:Resistance is the opposition offered by the material which is of any shape and size whereas resistivity is the resistance offered by the material with unit area of cross section and unit length.Therefore, resistance varies depending upon shape and size of the material while resistivity is constant for a particular material.
Resistance is a property of a resistor, a circuit device with a "port" of 2 connections. Resistance is ratio of voltage across port/current looped through it; this is constant for most resistors.Resistivity is a bulk property of a material, ratio of voltage/distance to current/area through a solid. Typically a constant.AnswerResistance is the opposition a material offers to the drift of current through that material, and is expressed in ohms. Resistance is directly-proportional to the resistivity of the material and to its length, and inversely-proportional to its cross-sectional area.Resistivity, on the other hand, is the property a material has which makes different materials, of identical physical dimensions, have different values of resistance. It is defined as 'the resistance of a unit length of a material of uniform cross-sectional area'. In SI, this equates to the resistance between the opposite faces of a metre cube (NOT cubic metre -they're different!) of a material, and is expressed in ohm metres. Resistivity is affected by temperature, so it is always quoted at a specific temperature, usually 20 degrees Celsius.Resistivity allows us to compare the resistance of different materials without taking their physical dimensions into account.
Martin Luther King believed Gandhi's ideas of non-violent resistance could help black people in the US
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PH value help us in knowing whether the element is acidic or basic.