Sounds Sample Clauses

Sounds. Tenant shall not use, play or operate or permit to be used, played or operated any sound making or sound reproducing device in the Music Hall, except in such manner and under such conditions so that no unreasonable amount of sound shall be heard outside of the Music Hall and the tenants of the Center shall not be disturbed. Any performance staged by Tenant outside the Music Hall shall require Landlord’s prior written consent, which shall be (a) granted or denied within 5 Business Days after written request therefor has been received by Landlord, provided that if such consent is not granted or denied within such 5-Business Day period, such consent shall be deemed to be denied and (b) subject to Landlord’s reasonable regulation; provided that without Landlord’s consent but upon 72 hours prior notice from Tenant to Landlord, Tenant may stage no more than 5 events per year outside of the Music Hall so long as each such event is no longer than (i) 30 minutes in duration if it is staged on Business Days between the hours of 9 a.m. and 5 p.m. and (ii) 1 hour in duration if it is staged on non Business Days or on Business Days other than between the hours of 9:00 a.m. and 5:00 p.m.

Sounds. You CAN use the sound files in the builds you SELL in Second Life or on the Marketplace You MUST NOT distribute the sound files with COPY+TRANSFER or FULL permissions.

Sounds. For all sounds used in the threshold task, digital sound properties were standard- ized (44 kHz, 16 bit, mono, binaural). The signal was a 500 ms, 1 kHz pure tone with 10 ms ramped on- and offset, presented at a sound level of 68 dB SPL as initial value for the adaptive procedure. An empty sound file of 500 ms served as non-signal. Both files were created with Audacity software. The masking noise that was constantly present during the threshold tasks was white noise (20 Hz - 10 kHz band-filtered) generated in Goldwave software. The white noise was presented with a voltage delivered at the earphone input that would equal 38 dB SPL output for 1 kHz tone (108 dB SPL/1Vrms). Masked auditory thresholds were determined twice (pre- and post- mood induction) by means of an adaptive two interval forced choice (2IFC) task. Figure 3.1A shows the trial structure of this task. Each trial started with a fixation cross presented in the center of the screen for 1000 ms. This was followed by two observation-intervals each of 700 ms indicated with a number presented in the center of the screen (1 or 2) and separated by an inter- observation interval of 700 ms. On each trial one of the two observation intervals was randomly selected to contain the signal with the constraint that maximally four trials with the same selected interval could occur in succession. The 500 ms signal was centered in the observation interval. The second observation interval was followed by a 100 ms blank screen after which a red “X” appeared in the center of the screen that prompted the participants to indicate whether they had heard the signal in the first or the second interval by pressing the z-key on the keyboard with their left index finger or the m-key on the keyboard with their right index finger respectively. The sound level of the signals was increased or decreased adaptively to the performance of the participant according to a transformed and weighted up/down rule (Xxxxxx-Xxxxx, 1998). This adaptive way of measuring is more efficient (fast while accurate) than other classic psychophysical methods used to determine the threshold (e.g., method of constants or method of limits), because most observations are obtained around the level of interest (e.g., the 80% detection level) on the psychometric curve (Xxxxxxx & Xxxxx, 2010; Leek, 2001; Levitt, 1971). Efficiency is very important when investigating effects of mood, because induced moods last for a relatively short time period, up to 20 minute...

Sounds. You CAN use the sound files in the builds you SELL in Second Life or on the Marketplace

Sounds. First Kit: A bound version of the Sounds-First Volume(s) for the teacher’s selected grade level, plus other ancillary materials such as Code Charts (see grade 1 ancillary materials here as an example: xxxxx://xxxxxxxxxx.xxxxx.xxx/resource/tnfscs-1st-grade-ancillary- materials?book=3289&binder_id=3313

Sounds. System shall have siren sounds and non-siren sounds. The siren sounds shall include manual, wail, and yelp. Manual shall consist of a tone that rises as the vehicle’s horn button or the siren’s manual button is pressed. Momentary application shall produce a brief burst. Wail and yelp shall provide tones that automatically rise between 500 Hz and 1650 Hz eleven times per minute. Frequencies below 500 Hz shall be eliminated to avoid speaker damage. Non-siren sounds shall include an air-horn type sound at 1000 Hz, a choice of two high/low alternating 600 Hz and 1350 Hz sounds, and a hetro sound. The system shall offer an alarm input for K9, or burglar alarm uses.

Sounds. Xxxxxxxxxxx and ____________ want to travel to the Far East some day. a) I b) ME

Sounds. Tenant agrees that he/she will control sounds in his/her suite that may travel to an adjacent tenant. This may include radio or stereo music, loud talking, arguing, noisy equipment, etc. Upon repeated complaints to Landlord, tenant shall agree to pay for the cost of sound-proofing to mitigate the noise or eliminate the source of the problem altogether.

Sounds. To permit no reproduction of sound which is audible outside the Premises nor permit odors to be unreasonably dispelled from the Premises;