![Convert decibel relative to 1 volt per 1 dyne per square centimeter [dB re 1 V at 1 dyn/sq.cm] to microvolt per pascal [µV/Pa] • Microphone Sensitivity Converter • Acoustics — Sound • Convert decibel relative to 1 volt per 1 dyne per square centimeter [dB re 1 V at 1 dyn/sq.cm] to microvolt per pascal [µV/Pa] • Microphone Sensitivity Converter • Acoustics — Sound •](https://www.translatorscafe.com/static/ucvt/img/94-and-74-dBSPL.jpg)
Convert decibel relative to 1 volt per 1 dyne per square centimeter [dB re 1 V at 1 dyn/sq.cm] to microvolt per pascal [µV/Pa] • Microphone Sensitivity Converter • Acoustics — Sound •
![8. Which of the following are correct statements (1) 760 torr is equal to 1 atmosphere (2) 106 dynes/cm² is called 1 Bar (3) 105 Newtons/mis pascal (4) 1 atmosphere is 1.013 105 dynes/m2 (a) 1,3 (b) 1,2 (c) 1,4 (d) 3,4 8. Which of the following are correct statements (1) 760 torr is equal to 1 atmosphere (2) 106 dynes/cm² is called 1 Bar (3) 105 Newtons/mis pascal (4) 1 atmosphere is 1.013 105 dynes/m2 (a) 1,3 (b) 1,2 (c) 1,4 (d) 3,4](https://d2rrqu68q7r435.cloudfront.net/images/10756027/5dc94785-9e2f-4b3c-acda-ccd605e554fa.jpg)
8. Which of the following are correct statements (1) 760 torr is equal to 1 atmosphere (2) 106 dynes/cm² is called 1 Bar (3) 105 Newtons/mis pascal (4) 1 atmosphere is 1.013 105 dynes/m2 (a) 1,3 (b) 1,2 (c) 1,4 (d) 3,4
![8. \" Two wires of equal length and cross-sectional area are suspended as shown in figure. Their Young's modulers are Y, = 2 x 1011 Pa and Y, = 0.90 * 1011 8. \" Two wires of equal length and cross-sectional area are suspended as shown in figure. Their Young's modulers are Y, = 2 x 1011 Pa and Y, = 0.90 * 1011](https://d2rrqu68q7r435.cloudfront.net/images/10011229/7b36bcc3-d033-4a4d-b300-411a67f575b9.jpg)