5t/12
5 - (7t)
3t + 7 = 2t - 5 3t = 2t - 12 t = -12
15
VK= RT/ZF * log [I+]out/[I+]inAccording to this equation, the equilibrium potential for potassium (VK) is equal to the product of the gas constant (R) and the temperature in degrees Kelvin (T) divided by the product of the valence of potassium (Z) and the Faraday constant (F) multiplied by the natural log of the quotient derived from the external and internal concentrations of potassium. Thus,
12 buttons on a telephone.
5m-t/7
.5[12+(t/4)]
The quotient of T times 12. You will have to find the value of the letter T.
t/5
2t/12
It is the equation: v = t/7 + 12
X/2+25
The quotient of 6 and t is 6 over t, or 6 divided by t, depending on what t is. ( 6/t )
t = 2
The product of 5 and t is simply written 5t. This can't be further simplified, unless you know, and replace, a value for t.The product of 5 and t is simply written 5t. This can't be further simplified, unless you know, and replace, a value for t.The product of 5 and t is simply written 5t. This can't be further simplified, unless you know, and replace, a value for t.The product of 5 and t is simply written 5t. This can't be further simplified, unless you know, and replace, a value for t.
To solve this problem, we first need to set up the equation based on the given information. The difference of 9 and the quotient of a number t and 6 can be written as 9 - t/6. According to the problem, this expression is equal to 5. Therefore, the equation can be written as 9 - t/6 = 5. To find the value of t, we can isolate t by first subtracting 9 from both sides and then multiplying by 6. This will give us the solution for t.
5 - (7t)