To determine if the coefficient of (s) is 3, you need to examine a specific equation or expression where (s) is present. The coefficient is the numerical factor that multiplies the variable (s). If the expression is, for example, (3s), then yes, the coefficient of (s) is indeed 3. However, if the expression is different, you would need to identify the coefficient accordingly.
The coefficient is the number that multiplies a value. For example, the coefficient of 4x is 4. If n+3 is in brackets in the form (n+3) then the coefficient is one. If not the the coefficient of n is also 1.
3 + z All variables if they have no visible coefficient have an implied coefficient of 1.
The coefficient of 3+7d is 7
It is -3.
A coefficient in front of the absolute value sign means to multiply that coefficient by the absolute value in the problem. For instance 3*ABS(-3) = 3*3 = 9.
3
The coefficient for Al(s) in the balanced equation depends on the specific reaction you are referring to. For example, in the reaction 2Al(s) + 6HCl(aq) → 2AlCl3(aq) + 3H2(g), the coefficient for Al(s) is 2.
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6 is the coefficient, n is the variable, 3 is the constant
The coefficient is the number that multiplies a value. For example, the coefficient of 4x is 4. If n+3 is in brackets in the form (n+3) then the coefficient is one. If not the the coefficient of n is also 1.
In the balanced equation for the reaction involving solid zinc (Zn(s)), the coefficient for Zn(s) is 1. This means that 1 mole of solid zinc is consumed or produced in the reaction.
2
This depends on the reaction; aluminium is trivalent Al(3+).
2s(-s^3 + 2s^2 - 5) -2s(s^3 - 2s^2 + 5)
The units of Einstein coefficient are m^3/s. This unit represents the volume per unit time over which a transition occurs in a material.
The coefficient of '3n' is 3; n is the VARIABLE; n is often chosen for 'number'.
3 + z All variables if they have no visible coefficient have an implied coefficient of 1.