2024年12月29日 · w is directly proportional to the cube of x which can be written as w = k 1 × x 3 where k 1 is a proportionality constant. x is directly proportional to the square of y which can be expressed as x = k 2 × y 2 where k 2 is another proportionality constant. Substituting to find w:

2024年11月16日 · Click here 👆 to get an answer to your question ️ Standard free energy change is: Select the correct answer below: A. Directly proportional to [tex]E_{\\text{c…

2024年11月3日 · Understanding the Proportional Relationships: We know that x is directly proportional to the square of y. This means we can express this as: x = k 1 × y 2 where k 1 is a constant of proportionality. We also know that y is directly proportional to the cube of z. We can express this as: y = k 2 × z 3 where k 2 is another constant of ...

2023年11月11日 · The voltage is directly proportional to the current in a constant resistance circuit according to Ohm's Law. Explanation: In the case of a constant resistance, voltage is directly proportional to current. When the voltage doubles, the current also doubles, and when the voltage halves, the current also halves. This relationship is known as Ohm's ...

2024年9月13日 · Option B: Your mass directly influences your weight, but it doesn't account for the gravitational pull of the planet. Option C: This is correct. Your weight is directly proportional to both your mass and the mass of the planet. The greater the mass of the planet, the stronger the gravitational pull, which increases weight.

Understanding the second proportional relationship: w is inversely proportional to the cube of q. This relationship can be expressed as: w = q 3 m where m is another constant of proportionality. Finding m using the given values: When w = 2 and q = 2: 2 = 2 3 m 2 = 8 m m = 2 × 8 = 16 So we have: w = q 3 16 Substituting w back into the equation ...

2023年12月19日 · The question states that e is directly proportional to f. This means that if you increase e, f will increase by the same proportion, and if you decrease e, f will decrease by the same proportion. When we have two values that are directly proportional, we can write the relationship as e = kf, where k is the constant of proportionality.

2024年11月3日 · A. The final pressure of a gas is directly proportional to volume change and inversely proportional to temperature change. B. The final pressure of a gas is inversely proportional to the volume change and directly proportional to …

2024年9月6日 · The properties for an ideal gas can be classified as follows: Pressure and Temperature, Volume and Number of Moles, and Temperature and Volume are directly proportional. Pressure and Volume are inversely proportional. Therefore, while increasing one of the directly proportional pairs will increase the other, increasing pressure will decrease ...

A. The volume of a gas is directly proportional to its pressure when the temperature is constant. B. The pressure of a gas is inversely proportional to its temperature when the volume is constant. C. The pressure of a gas is directly proportional to its temperature when the volume is constant. D.