If you apply the same amount of heat to 5 grams of water and 5 grams of another substance, and the temperature of the other substance increases more than that of the water, you can conclude that the other substance has a lower specific heat capacity than water. Specific heat capacity is the amount of heat required to raise the temperature of a substance, so a lower value means that it requires less energy to achieve the same temperature increase.
Gas molecules apply more pressure against their container when the temperature of the gas increases or when the volume of the container decreases. This is due to an increase in the average kinetic energy and frequency of collisions of the gas molecules with the container walls.
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Increasing the pressure on a container of oxygen will cause its volume to decrease according to Boyle's Law. This results in the oxygen molecules being packed more closely together. The total amount of oxygen in the container remains constant.
Earth's average temperature is approximately 15 degrees Celsius, which is about 59 degrees Fahrenheit. In Ferenghi, the temperature can vary, but if we were to apply their temperature scale, it would depend on the specific conversion method used within their culture. However, Ferenghi typically do not have a standardized temperature scale comparable to Earth's.
As you move left to right on the periodic table, the number of valence electrons an element has increases. The number of valence electrons an element has corresponds to which group (column) an element is. (This rule does not apply to transition metals...)
You can conclude that both substances have the same specific heat capacity. This means that they require the same amount of energy to change their temperature by a certain amount.
When the temperature of a gas increases, the Kinetic Energy of the particles increases. This means that they move faster and apply a greater force when they collide with the walls of the container. As pressure is the force per unit area on the container, the pressure increases. This is Gay-Lussac's "Pressure Temperature" Law: "P = kT".
To apply Charles' Law to determine the relationship between the volume and temperature of a gas, you need to keep the pressure constant. Charles' Law states that the volume of a gas is directly proportional to its temperature in Kelvin, when pressure is held constant. This means that as the temperature of a gas increases, its volume also increases proportionally, and vice versa.
No. For Ohm's Law to apply, the ratio of voltage to current must remain constant for variations in voltage. This simply doesn't happen with a tungsten filament. In fact, MOST materials don't obey Ohm's Law.
Gas molecules apply more pressure against their container when the temperature of the gas increases or when the volume of the container decreases. This is due to an increase in the average kinetic energy and frequency of collisions of the gas molecules with the container walls.
Thre temperature of the block of ice increases until you reach 0 degrees C when the block of ice begins to melt.
You can noy apply for the X Factor 2011 because they have already finished filming the series and are about to conclude this year with their finale next Saturday on ITV. Bagshad :)
Most dirt bikes use carburettors (until about this year), they regulate how much fuel and air the engine gets. The more of this it gets the more power it makes. When you apply the throttle, it increases the amount of fuel and air allowed into the engine. A power band is the interaction between the amount of throttle you apply and the amount of power the engine makes, different bikes make very different powerbands.
Resistance decreases, not increases, as you apply pressure to probes.
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You can still apply for admission to the Bar regardless of the number of years that you have been out of law school. However, the cost to apply increases as the number of years since you earned your law degree increases.
To make a simple calorimeter, you will need a container to hold water, a thermometer to measure temperature changes, and a heat source to generate heat. Place the container with water on the heat source and measure the initial temperature. Apply heat to the water and record the temperature change. By measuring the amount of heat applied and the temperature change, you can calculate the heat capacity of the calorimeter.