Term
| WhatW is a wiggle in time called? What is a wiggle in space and time called? |
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Definition
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Term
| What is the source of all waves? |
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Definition
| Something that is Vibrating |
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Term
| Light and Sound are both virations that propgate thoughout space as ___, but? |
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Definition
| waves, but very differnt kinds of waves |
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Term
| Sound vibrates though ____, AND |
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Definition
| material medium cannot travel in a vaccum |
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Term
| Light is a vibratiion of ___ and ___, although it does not require___ is can |
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Definition
| electric and magnetic filds materical travel through it |
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Term
| What is ment by the period of a pendulum |
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Definition
| The time of a to and fro swing |
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Term
| Galileo discovered that the time a pendulum takes to swing to and fro through small distances depends only on |
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Definition
| the length of the pendelum |
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Term
| What has a longer period, a short or long pendelum |
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Definition
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Term
| A period does not depend on ___ or__ |
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Definition
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Term
| 2 BALLS WITH DIFFERENT MAS (3) AT THE SAME TIME |
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Definition
| DROP, SLIDE DOWN A FRITCTIONLESS SURFACES SWING ON A PENDULUM WITHTE SAME LENGH OF STRING |
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Term
| hOW IS A SINE CURVE RELATED TO A WAVE |
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Definition
| A SINE GRAPH IS A PICTORIAL REPRESENTATION OF A WAVE |
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Term
| FOR A WAVE OR BIRATION THE MAZIUL DISPLACE ON EITHER SIDE OF THE EQUILIBRIM POSITION. |
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Definition
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Term
| THE DISTANCE BETWEEN SUCESSIVE CREST IOR TOUGHTS OR IDEINTCAL PARTS OF A WAVE |
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Definition
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Term
| FOR A BRIATIONG BOY OR MEDUM THE NUMBER OF VIBRATIONS PER UNIT OF TIME, FOR A WAVE, THE MUMBER OF CREST THAT PASS A PARTICULAR POINT PER UNIT ITME |
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Definition
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Term
| HOW MANY VIBRATIONS PER SECOND ARE REPRESENTED IN A RADIO WATE OF 101.7 MHz |
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Definition
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Term
| HOW DO FREQUENCY AND PERIOD RELATE TO EACH OTHER |
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Definition
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Term
| TO AND FRO VIBRATORY MOTION-OSCILATORY MOTION-OF A SWINGING PENDULUM IN A SMALL ARC |
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Definition
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Term
| SINE CAN BE TRACED BY WHAT TWO MECHANISM |
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Definition
| OPEINHIMER MACHINE OR BOB ATTACHED TO A SPRINCE UNDERGOING VERTICAL SIMPLE HARMONIC MTION |
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Term
| HIGH AND LOW POINTS OF SINE WAVE |
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Definition
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Term
| RADIO WAVES ARE MEASURED IN |
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Definition
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Term
| FM RADIO WAVES ARE MEASURED IN |
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Definition
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Term
| THE FREQUENCY OF RADIO STATIONS ARE THE FREQUENCYS AT WHICH ___ARE FORCED TO VBRATE THE ATENNA OF A RADIO SATION TRANSMITTING TOWER |
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Definition
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Term
| WHAT IS THE PERIOD OF A VIBRATION THAT HAS A FEQUENCY OF 2 HZ |
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Definition
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Term
| iN ONE WORD, WHAT IS IT THAT MOVES FRO MSOURCE TO RECIEVER IN WAVE MOTION |
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Definition
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Term
| DOES THE MEDIUM IN WHICH A WAVE TRAVELS MOVE WITH THE WAVE |
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Definition
| NO, THE LEAF, WATER FROM ROCK |
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Term
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Definition
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Term
| THE MOTION OF THE ROPE UP AND DOWN IS AT RIGHT ANGLES OF THE DIRCTIONS OF WAVES SPEED. THE RIGHT ANGLED, OR SIDWARSY MOTION IS CALLED |
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Definition
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Term
| A WAVE IN WHICH THE MEDUMN VIATES IN A DIRECTION PERPENDICULAR TO THE DIRECION IN WHICH THE WAVE TRAVELS LIGHT WAVE AND WATER WAVES ARE TRANSVCERSE. |
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Definition
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Term
| A WAVE IN WHICH THE MEDUM BIBRATES IN A DIRCTION PARALLEL TO THE DIRCTION IN WHICH THE WAVE TRAVES. SUOND WAVE ARE LONGITUDINAL |
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Definition
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Term
| IN AN EARTHQUAKE, [ WAVES ARE AND SWAVE ARE |
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Definition
| P-LONGITUDINAL S-TRAVSCERSE |
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Term
| THE WAVELING OF A LONGITUDINAL WAVE LENGHT IS THE DISTANCE BETWEEN |
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Definition
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Term
| THE PATTERN FORNED BY SUPERPOSITION OF DIFFERENT SETS OF WAVES THAT PRODUCES REINFORCMENT IN SOME PLACES AND ACELLATION IN OTHER |
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Definition
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Term
| WHEN MORE THAN ONE WAVE OCCUPIES THE SAME SPACE AT THE SAME TIME |
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Definition
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Term
| WHEN THE CREST OF ONE WAVE OVERLAPS THE CREST OF ANOTHER |
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Definition
| CONSTRUCTIVE INTERFERENCES |
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Term
| WHEN THE CREST OF ONE WAVE OVERLAPS THE TROUGH OF ANOTHER |
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Definition
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Term
| WHAT KINDS OF WAVES CAN SHOW INTERFERENCE |
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Definition
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Term
| STATIONALR PARTS OF A ROPE AND CONDITION |
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Definition
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Term
| REGIONS OF MAXIMUM DISPLACEMENT AND MAXIMUM ENERGY |
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Definition
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Term
| ARE STANDING WAVES A PRPERTY OF TRANSVER OR LONGITUDINAL WAVES, OR OF BOTH |
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Definition
| THEY ARE OF BOTH BUT SEPERATELY OF BOTH |
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Term
| THE SHIFT IN RECEIVED FREQUENCY DUE TO MOTION OF A BVIBRATING SOURCE TOWARD OR AWAY FROM A RECIVER |
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Definition
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Term
| IN DOPPLER EFFECT, DOES FREQUENCY CHANGE,DOES WAVELENGTH CHANGE,DOES WAVE SPEED CHANGE |
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Definition
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Term
| AN INCRESE IN LIGHT FREQUENCY |
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Definition
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Term
| DECREASE IN LIGHT FREWQUENCY |
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Definition
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Term
| CAN THE DOPPLE EFFECT BE OBSERVED WITH LONGITUDINAL WAVES, WITH TRANSVERSE WAVES OR WITH BOTH |
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Definition
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Term
| HOW FAST MUST A BUG SWIN TO KEEP UP WITH THE WAVES IT PRODUCES WHO FAST MUST IT MOVE TO PRODUCE A BOW WAVE |
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Definition
| AS FAST AS THE WAVES, FASTER THAN THE WAVES |
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Term
| HOW FAST DOES A SUPERSONIC AIRCRAFT FLY IN COMPRED TO THE SPEED OF SOUND |
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Definition
| FASTER THAN THE SPEED OF SOUND |
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Term
| HOW DOES THE V SHAPE OF THE BOW WAVE DEPEND ON THE SPEED OF THE SOURCE |
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Definition
| IT IS THE POINT WHERE ADJACENT WAVES OVERLAP PRODUCING THE V SHAPE |
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Term
| A BOW WAVE ON THE SURFACE OF WATER IS TWO D. WHAT ABOUT A SHOKE WAVE IN AIR |
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Definition
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Term
| T OR F. A SONIC BOO OCCURS ONL WHEN AN AIRFCAFT IS BREAKING THOUGH THE SOUND BARRIER |
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Definition
| F. IT IS A CONTINOUS THINKG AFTER IT BREAKS THE SOUND BARRIER |
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Term
| T OR F. IN OURDER FOR AN OBJET TO PRODUCE A SONIC BOOM, IT MUST BE NOISY. 2 EX |
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Definition
| F. CRCS A WHIP SUPERSONIC BULLET |
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