Find the output y when the input x is -4
Web4.5) Design a combinational circuit with three inputs, x, y, and z, and three outputs, A, B, and C. When the binary input is 0, 1, 2, or 3, the binary output is one greater than the input. When the binary input is 4, 5, 6, or 7, the binary output is one less than the input. WebOct 30, 2024 · In the function {eq}y\ =\ x\ +\ 5 {/eq}, the x is the input variable and the y is the output variable. The function works by taking an input value, x = 3 for example, and …
Find the output y when the input x is -4
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WebOct 4, 2011 · If you are talking about 4 mA = 0% and 20 mA = 100% then the formula would be a linear equation: y=mx + b y=6.25(x) - 25 y= percentage x=mA ouput So for … WebOct 30, 2024 · In the function {eq}y\ =\ x\ +\ 5 {/eq}, the x is the input variable and the y is the output variable. The function works by taking an input value, x = 3 for example, and producing an output value.
WebFeb 2, 2024 · Eventhough you could solve this problem using other means, such as frequency domain methods, you could also follow a direct time domain path as the following. WebSo you input negative four into this function and it will output 13. Or we could write that f of negative four is equal to 13. But this, is what they are looking for. This is the input value. …
WebQuestion: Find the output (y) of the function y=-(4)/(15)x+24 if the input (x) is 120 x. Find the output (y) of the function y=-(4)/(15)x+24 if the input (x) is 120 x. Expert Answer. … WebDetermine the response y4[n] when the input is as shown in Figure P4.1-2. I x4[n] -1 012 0 2 3-1 Figure P4.1-2 (a) Express x ... Evaluate the system output y[n] and sketch. P4.5 (a) Using convolution, determine and sketch the responses of a linear, time-invar ...
WebQuestion: Find the output (y) of the function y=-(4)/(15)x+24 if the input (x) is 120 x. Find the output (y) of the function y=-(4)/(15)x+24 if the input (x) is 120 x. Expert Answer. Who are the experts? Experts are tested by Chegg as specialists in their subject area. We reviewed their content and use your feedback to keep the quality high.
WebTo solve a function, you need to understand the mechanism. A function is like a microwave, you put something in it, and something will come out. So, an input and an output. For example f (x) = x + 1, given x is 7. You would insert 7 into the equation, f (7) = 7 + 1, which is 8. So the input is 7, resulting in an output of 8. thermometer 11Webint main() { int x, y; int * ptr; x =100; ptr =& x; y =* ptr; printf("%d\n", y); return 0; } Output 100 Explanation Here, y is assigned the value stored at the pointee variable, which is pointer through ptr. Question - 8 int main() { int val =1; do{ val ++; ++ val; }while( val ++>25); printf("%d\n", val); return 0; } Output 4 Explanation thermometer 110cWebMay 8, 2024 · Find the output, y, when the input, x, is -4. See answers Advertisement messicavsco I don’t know but I think it’s -1 Advertisement nanielove13 Answer: i dont … thermometer 120fWebJan 13, 2024 · y = 4 Step-by-step explanation: Hi! So I got the answer wrong, and I want to help. Here's how to get the correct answer! Step One Because, it says x is 7, look for the point on the graph where x is 7. Step Two Once you have found that point, simply look at the y-coordinate. In this case, y is equal to 4. I have included the graph. thermometer 10 secWebConsider a causal and stable LTI system S whose input x [n] and output y [n] are related through the second-order difference equation y [n] - 1/6y [n - 1] - 1/6 y [n -2] = x [n]. Determine the frequency response H (e ^j omega) for the system S. Determine the impulse response h [n] for the system S. This problem has been solved! thermometer 121WebEngineering Electrical Engineering X R For the RL circuit, find the mathematical model (input-output relationship) if the output is the inductor voltage, V₁(t)=y(t) and R=17 Q2, L=5 H. (Watch out for the derivative symbol!) thermometer 124275Webto calculate the level of output at which the output is maximized, calculate the first derivative of the profit function and equate it to zero pi= 400q^1/2-15q dpi/dq= ( (200)/ (q^1/2)) - 15 ( (200)/ (q^1/2)) - 15 =0 q=1600/9 thus the output level at which profit maximized is 1600/9 units substitute this value of q into the profit function thermometer 147