The image used is slightly incorrect. Since the erythrocytes can be seen moving away from the probe, the Fr (frequency received) should be less than the Ft (frequency transmitted) for the given image, i.e. Fr < Ft. This can be easily fixed by reversing the arrow depicting the direction of flow of the erythrocyte. On doing so, Fr > Ft will hold true.
The image used is slightly incorrect. Since the erythrocytes can be seen moving away from the probe, the Fr (frequency received) should be less than the Ft (frequency transmitted) for the given image, i.e. Fr < Ft.
This can be easily fixed by reversing the arrow depicting the direction of flow of the erythrocyte. On doing so, Fr > Ft will hold true.
Nice
Wow. Pang annual convention ❤️❤️❤️❤️❤️. I love it. More please ❤️
okay more to come, eto na uploading
Great!!! Well explained Ma'am. Thank you so much.
Most welcome, Glo 😊
A doppler angle of more than 60° is explained, byt what about an angle of less than 60°?