Example 6 Perform the addition of the following two signals...

Example 6 Perform the addition of the following two signals which represent two voltage sources in series. u1= 10sin(2*?*60+0) and u2=50 sin(2*?*50+10) This can be done as shown in figure 6. Click the scope icon to see the results.

Transcript

00:01 In this question, it is given that a driver traveling at 50 miles per hour sees a wall at a certain distance and the driver applies the brakes immediately upon perception and begins slowing down at 6 meter per second.

00:16 We have to find that how far was the car from the wall upon perception and reaction time is given to us.

00:24 Now we know that stopping distance is given by that is equals to leg distance due to perception plus this is breaking distance so first i'm calculating the leg distance so we can say that leg distance due to perception is that is equals to speed into time taken so we can say this will come out to we have given the speed that is 50 miles per hour so this is 50 into 0 .447 this is in meter per second and so we can say this will time is three seconds so finally we can say this will comes out to be 67 .06 meter this is our equation first now we have to find the breaking distance so we can say that breaking distance is given by that is equals to so we have to find the breaking distance so for breaking distance we can say that we have given information that is final velocity is zero so from equation of motion we can say that that that is v is equal to this is u plus a into t as final velocity is zero and initial velocity we have so we can say that from here this is zero is equal to initial velocity is given to us which is 22 .352 in meter per second plus the there is retardation of minus six meter per second is square into time t so we have to calculate the time in which the car is so this is 22 .352 upon 6 and this will come out to be 3 .73 second.

02:53 So this is the time after which the car will stop.

02:57 So we have to find the distance travel in this time interval.

03:01 So we can say that distance traveled is equal to this is, we can say that s is equal to this is ut plus half a t square...

Question

Example 6 Perform the addition of the following two signals which represent two voltage sources in series. u1= 10sin(2?60+0) and u2=50 sin(2?50+10) This can be done as shown in figure 6. Click the scope icon to see the results.

Question

Example 6 Perform the addition of the following two signals which represent two voltage sources in series. u1= 10sin(2*?*60+0) and u2=50 sin(2*?*50+10) This can be done as shown in figure 6. Click the scope icon to see the results.

Please give Ace some feedback

Example 6 Perform the addition of the following two signals which represent two voltage sources in series. u1= 10sin(2?60+0) and u2=50 sin(2?50+10) This can be done as shown in figure 6. Click the scope icon to see the results.