12
30920 Omega
In an inverting op-amp configuration, the gain (A) is given by the formula ( A = -\frac{R_f}{R_i} ). To achieve a gain of -20 with ( R_f = 270 , k\Omega ), we can rearrange the formula to find ( R_i ): ( R_i = \frac{R_f}{-A} ). Substituting the values, we get ( R_i = \frac{270 , k\Omega}{20} = 13.5 , k\Omega ). Therefore, the required value for ( R_i ) is 13.5 kΩ.
Yes and it is 3092
The Bold and the Beautiful - 1987 1-3092 was released on: USA: 19 July 1999
K j equals j when K is 1 or j is 0.
To convert 32.92 K (kelvins) to degrees Celsius (°C), subtract 273.15 from the Kelvin value: ( 32.92 K - 273.15 = -240.23 °C ). However, it seems there is confusion in the question regarding "Omega." If you're referring to resistance measured in ohms (Ω), this conversion is irrelevant since temperature and resistance are different physical properties. Please clarify if you meant something else by "Omega."
3092
k equals 5.6
1200°
Omega and sigma are just for notation, although omega usually represents some sort of angular frequency, which is usually multiplied by the complex number "j." In short, it can, but it's not exactly correct; sigma represents the real component and omega represents the imaginary component.
Yes, they are exactly the same, both of them increment k in 1.
To divide 10 by 3092 using the bus stop method, you would set it up by placing 10 under the bus stop and 3092 outside. Since 10 is smaller than 3092, you cannot divide it, which means the result is 0. You would write 0 above the bus stop, and since there are no whole divisions, you can express the remainder or continue with decimal places if needed.