If substance A has the same value as substance B, it means they are equal in terms of the specific criteria being evaluated, such as price, quality, or quantity. This equivalence allows for interchangeability in situations where either substance can serve the same purpose or fulfill the same need. However, additional context is essential to understand what "value" refers to, as it can vary widely based on the criteria being considered.
If solute B is more soluble in water than solute A, then solute B should have a smaller Rf value than solute A. This is because solute B will travel less distance with the solvent front compared to solute A, resulting in a smaller Rf value for solute B.
To write 12 more than B, you would write the expression as B + 12. This means you are adding 12 to the value of B.
Chlorine has a greater value for the van der Waals constant b than ethane. This is because chlorine has a larger molecular size and therefore requires more space for its molecules to move freely, resulting in a larger value of b.
Density = mass/volume. Density(A) = 40.2/5.7 = 7.05 gcm-3 Density(B) = 42.0/6.3 = 6.67 gcm-3 So B is less dense.
The substance that coats B cells is called antibodies or immunoglobulins. These proteins are produced by B cells and play a crucial role in the immune response by binding to specific antigens to help neutralize or eliminate pathogens.
There can be no answer. Suppose B is some substance. Then B's freezing temperature is a numerical value on some scale. A number is not a substance so B cannot be the temperature.
The specific heat of substance A is greater than that for substance B. If both sample sizes are the same and they both start at the same temperature and equal amounts of heat are added to both these samples, substance A will have a lower temperature than substance B.
If A is greater than B, then A will appear to the right of B on the number line. This means that the value of A is larger than the value of B, so when plotted, A will be positioned at a point that is further away from zero compared to B.
300 = (S)core for a (p)erfect (g)ame in (b)owling
Substance B may be more viscous than substance A due to a higher molecular weight, stronger intermolecular forces, or a more complex molecular structure. These factors can lead to increased resistance to flow and greater internal friction within the substance, resulting in higher viscosity.
The order in which the substances will exhibit the highest increase in temperature is C, B, A. This is because substance C has the lowest heat capacity, so it will increase in temperature the most with the same amount of heat added. Substance A, with the highest heat capacity, will increase the least.
Four less than ( b ) is expressed mathematically as ( b - 4 ). This means you subtract 4 from the value of ( b ). For example, if ( b ) is 10, then four less than ( b ) would be 6.
If solute B is more soluble in water than solute A, then solute B should have a smaller Rf value than solute A. This is because solute B will travel less distance with the solvent front compared to solute A, resulting in a smaller Rf value for solute B.
The substance with a pH of 13 is strongly basic. Substances with pH values greater than 7 are considered basic, and the higher the pH value, the stronger the basic nature of the substance.
Two more than ( b ) is expressed mathematically as ( b + 2 ). This simply means you take the value of ( b ) and add 2 to it. For example, if ( b ) is 3, then two more than ( b ) would be 5.
In mathematics, A - B represents the operation of subtraction, where A is the minuend and B is the subtrahend. This expression indicates that you are taking the value of B away from the value of A. The result is the difference between the two values. If A is greater than B, the result is positive; if A is less than B, the result is negative; and if A equals B, the result is zero.
To write 12 more than B, you would write the expression as B + 12. This means you are adding 12 to the value of B.