Gas Laws: Boyle's Law, Charle's Law, Gay-Lsac's Law, Avogadro's Law

Contents:

• LA LEGGE DI BOYLE E LE LEGGI DI GAY-LSAC: LE TRASFORMAZNI TERMODAMICHE
• CONTOH SOAL HUM BOYLE – GAY LSAC DAN PEMBAHASANNYA
• GAY-LSAC’S LAW
• HUM GAY LSAC: BUNYI, RUM, CONTOH SOAL, DAN PENERAPAN
• BOYLE’S AND GAY-LSAC’S LAWS PRE-LABTHIS THE PRE-LAB ASSIGNMENT FOR THE LAB#5 WHICH IS BOYLE’S AND GAY-L...VIEW MOREUNIVERSYMONTGOMERY COLLEGECOURSEGENERAL CHEMISTRY FOR ENGEER (CH 135)8 DOCUMENTSSTUNTS SHARED 8 DOCUMENTS THIS URSEAMIC YEAR: 2018/2019HELPFUL?01REPORT DOCUMENTCOMMENTSPLEASE SIGN OR REGISTER TO POST MENTS.STUNTS ALSO VIEWEDSTROKETTHUR SKYLER HANSEN DA - FOR PROJECT DISCSNART HISTORY SAY #@ - THE DYG WARRR AND THE DYG GL. DISCS THE NCEPTS OF NATURALISM, REALISM,PROJECT 5 FLOWCHARTBETA-LACTAMS - INTERFER WH CELL WALL SYNTHISMEDITN 5RELATED DOCUMENTSNWIT 275 - WEEK 3 - MONDAY CLASSLAB – ANALYZE BASIC WLAN INFORMATN WH IN SSIDER FOR WDOWSNWIT 275 - WEEK 1 - A WIRELS TECHNOLOGY URSE IS AN TNAL PROGRAM THAT TEACH STUNTSPERSUASIVE SPEECH OUTLE- COMM 108QUIZ SAMPLE FOR NEGOTIATN CLASSCHRONIC NRO - MEDIL-SURGIL NURSGPREVIEW TEXTPROF. MTZ AND LAWS LAW PURPOSE: IN THIS LAB, WE ARE G THE LAB QUT UN TO GET SOME DATA ON PRSURE VERS VOLUME FOR DIFFERENT VOLUM AND MANIPULATG THAT DATA. WE ARE DOG THIS LAB TO GET MORE FAIAR WH LAWS WHICH WORK WH VOLUME AND PRSURE. PROCRE: 1. CONNECTG THE EQUIPMENT AND LAB QUT TOGETHER. A) CONNECT THE POWER RD TO THE LAB QUT UN (LEFT SI, THIRD CIRCULAR NNECTN) AND PLUG THE OTHER END TO A POWER SOURCE. B) CONNECT THE GAS PRSURE SENSOR TO ONE OF THE FOUR CHANNELS LOTED ON THE TOP SI OF THE LAB QUT UN. HEAR THE CLICK WHEN FULLY . C) ADJT THE SYRGE MOVG THE PLUNGER UNTIL THE ONT EDGE OF THE SI BLACK RG IS AT THE 10 ML MARK. NEXT, ATTACH THE SYRGE TO THE GAS PRSURE SENSOR. TWIST THE PIEC TOGETHER TO NNECT. DO NOT OR WILL BREAK THE PLASTIC. D) TURN ON THE LAB QUT UN PHG THE POWER BUTTON AT THE UPPER LEFT. E) FD THE STYL AT THE TOP BACK OF THE LAB QUT UN ATTACHED TO A LONG SILVER RD AND SERTED TO A HOLE. TAKE OUT THE STYL (BUT LEAVE ON THE RD). AT THE TOP OF THE SCREEN ARE A SERI OF TABS NSISTG OF, OM LEFT TO RIGHT, METER, FILE, SENSORS, GRAPH, TABLE, AND NOTEPAD. AT THE BOTTOM, AT FAR LEFT, DATA COLLECTN AND THEN HOME, CALCULATOR, KEYBOARD, SOUND, BATTERY STAT, AND FALLY THE TIME. 2. COLLECTG THE DATA: A) IN THE MA SCREEN, TAP ON THE SCREEN WHERE THE PRSURE IS CURRENTLY KPA. TAP ON CHANGE UNS TO ATM FOR PRSURE ON THE NEW WDOW. B) CHANGE THE MO SETTG OM TIME BASED TO EVENTS WH ENTRY. ENTER VOLUME FOR THE NAME, AND FOR UNS, ENTER ML. THEN SELECT OK. C) TAP THE DATA LLECTN IN (LOWER LEFT OF THE SCREEN). THE SCREEN SHOULD CHANGE TO A GRAPH OF PRSURE VS. VOLUME. D) COLLECT THE PRSURE VERS VOLUME DATA. ONE PERSON SHOULD HANDLE POSNG THE PLUNGER THE SYRGE AT VAR VOLUM, WHILE THE OTHER PERSON ENTERS THE VOLUME. MOVE THE PLUNGER SO THE ONT EDGE OF THE SI BLACK RG IS AT THE 5 ML MARK. HOLD THE PISTON FIRMLY THIS POSN UNTIL THE PRSURE HAS STABILIZED. TAP KEEP AND THEN ENTER 5 THE NEW WDOW THAT APPEARS. SELECT OK. E) REPEAT STEP 2. D. FOR VOLUM OF 7, 10, 12, 15, 17, AND 20 ML. F) AFTER FISHED LLECTG THE DATA, TAP THE DATA LLECTN IN TO STOP THE PROCS. G) COPY DOWN THE DATA THAT HAS BEEN LLECTED YOUR LAB NOTEBOOK, TAP ON THE TABLE IN (UPPER RIGHT OF THE SCREEN, NEXT TO THE LAST IN) TO SEE THE DATA TABLE OF READGS. 3. MANIPULATG THE DATA: A) IN THE GRAPH DISPLAY MO, TAP ON ANALYZE, THEN CURVE F, AND THEN PRSURE. IN THE NEW WDOW, TAP ON F EQUATN (TOP LEFT), THEN SELECT POWER AND THEN H OK. (AN EQUATN Y ALONG WH THE VALU OF A AND B). RERD THOSE VALU YOUR LAB NOTEBOOK. B) THE RELATNSHIP BETWEEN PRSURE AND VOLUME, A GRAPH OF PRSURE VERS THE RECIPROL OF VOLUME (1N) SHOULD ALSO BE PLOTTED. TO DO THIS, IS NECSARY TO CREATE A NEW LUMN OF DATA (1N) BASED ON YOUR ORIGAL VOLUME DATA. C) TAP THE TABLE TAB TO GET THE DATA TABLE. TAP ON TABLE (TOP MIDDLE), AND THEN SELECT NEW CALCULATED COLUMN. FOR NAME, ENTER 1NOLUME, AND FOR UNS, ENTER TAP ON SELECT EQUATN, AND SELECT FOR X, SELECT VOLUME AND MAKE SURE 1 IS ENTERED AS THE VALUE FOR A. THEN SELECT OK. D) YOU SHOULD NOW GET A NEW GRAPH OF PRSURE VS. TAP ON THE TABLE TAB TO GO BACK TO THE DATA TABLE AND PY THE NEW LUMN OF DATA YOUR LABORATORY NOTEBOOK. E) TAP ON THE GRAPH, TAB TO GO BACK TO THE GRAPH. TAP ON GRAPH, THEN SELECT GRAPH OPTNS OM THE MENU, AND SELECT AUTOSLE OM O (MIDDLE TOP). THEN SELECT OK. F) TAP ON ANALYZE, SELECT CURVE F, AND THEN PRSURE. IN THE NEW WDOW, TAP ON F EQUATN, THEN SELECT LEAR, AND THEN OK. FOR YOUR EQUATN Y MX B, RERD YOUR VALU OF M AND B. 4. AFTER THE EXPERIMENT IS DONE, TURN OFF THE LAB QUT. DISNNECT THE PONENTS AND RETURN THEM TO THE BOX. RETURN THE LAB QUT UN AND OTHER EQUIPMENT TO THE PREP ROOM. II) OTHER TEMPERATURE BATHS WILL ALSO BE NEED THIS EXPERIMENT. WHEN YOU ARE FISHED WH THE TRIAL G THE BATH, EMPTY THE BEAKER AND FILL WH ROOM TEMPERATURE WATER. WHEN THAT TRIAL IS FISHED, REPEAT AND FILL WH HOT TAP WATER. FALLY, G A HOT PLATE HEAT THE WATER BATH TO A TEMPERATURE OF ABOUT 60 2. COLLECTG THE DATA: A) IN THE MA SCREEN, TAP ON THE SCREEN WHERE THE PRSURE IS CURRENTLY KPA. A NEW WDOW WILL OPEN, TAP ON CHANGE UNS, AND TAP ON MMHG TO CHANGE THE PRSURE UNS. B) TAP MO AND CHANGE THE MO SETTG OM TIME BASED TO SELECTED EVENTS. LEAVE THE NAME AND UN FIELD BLANK AND SELECT OK. C) TAP THE GRAPH TAB TO GO TO THE GRAPH SCREEN. TAP ON THE GRAPH, THEN SHOW GRAPH, THEN SELECT GRAPH 1. A SGLE GRAPH SHOULD NOW BE DISPLAYED FOR PRSURE. TO CLU TEMPERATURE AS PART OF THE GRAPH, TAP THE SCREEN WHERE THE LABEL FOR THE WOULD BE LOTED, AND THEN TAP TEMPERATURE. YOU SHOULD NOW HAVE A GRAPH OF PRSURE (MMHG) VS. TEMPERATURE D) TO START THE DATA LLECTN, TAP THE DATA LLECTN IN (LOWER LEFT OF THE SCREEN). E) COLLECT THE PRSURE VERS TEMPERATURE DATA. PLACE THE FLASK TO THE BATH. PLACE THE TEMPERATURE PROBE TO THE BATH AND STIR SO EVERYTHG GETS TO THE SAME TEMPERATURE. WHEN THE PRSURE AND TEMPERATURE READGS HAVE STOPPED CHANGG TAP KEEP TO RERD THE DATA PAIR. F) REPEAT PROCRE 2E FOR THE OTHER WATER BATHS. I) ROOM TEMPERATURE: EMPTY THE ICE WATER, AND RSE THE BEAKER A NUMBER OF TIM WH OL TAP WATER. ADD 400 ML OF OL TAP WATER AND REPEAT THE MEASUREMENT AS ABOVE. II) BATH: EMPTY THE ROOM TEMPERATURE WATER, AND RSE THE BEAKER A NUMBER OF TIM WH HOT TAP WATER TO . NOTE: LET THE WATER N FOR A UPLE OF MUT SO IS AS HOT AS POSSIBLE OM THE FCET. ADD 400 ML OF HOT WATER TO THE BEAKER AND AGA REPEAT THE MEASUREMENT AS ABOVE. USG A HOT PLATE, HEAT THE HOT WATER TO A TEMPERATURE OF ABOUT 60 AGA, REPEAT THE MEASUREMENT AS ABOVE. WHILE THE WATER SLOWLY OLS DOWN, REPEAT LLECTG DATA ABOUT EVERY 5 GRE UNTIL THE WATER BATH IS ABOUT 5 GRE AWAY OM THE TEMPERATURE OF THE HOT WATER YOU ED. G) WHEN FISHED LLECTG THE DATA, TAP THE DATA LLECTN IN TO STOP THE PROCS. H) COPY DOWN THE DATA THAT HAS BEEN LLECTED YOUR LAB NOTEBOOK. TAP ON THE TABLE IN TO SEE THE DATA TABLE OF READGS. 3. MANIPULATG THE DATA: IN THE GRAPH DISPLAY MO, TAP ON ANALYZE, THEN CURVE F, AND THEN PRSURE. IN THE NEW WDOW, TAP ON F EQUATN, THEN SELECT LEAR, AND THEN OK. YOU SHOULD GET A GRAPH WH A LEAR REGRSN LE VERY NEARLY FTG THE POTS ON THE GRAPH, WH THE LEAR REGRSN STATISTICS ALSO BEG DISPLAYED. FOR YOUR EQUATN Y MX B, RERD YOUR VALU OF M AND B. 4. DETERMATN OF ABSOLUTE ZERO A) IN THE GRAPH MO, SWCH WH THE TAP ON THE AND CHANGE PRSURE TO TEMPERATURE. TAP ON THE AND CHANGE TEMPERATURE TO PRSURE. B) TAP GRAPH, AND THEN GRAPH OPTNS. FOR THE (PRSURE), SELECT TOSLE OM 0. SELECT GRAPH 1, AND FOR TEMPERATURE ENTER 100 FOR THE TOP VALUE, AND FOR THE BOTTOM VALUE. THEN SELECT OK. C) TAP ANALYZE, THEN CURVE F, AND THEN TEMPERATURE. IN THE F EQUATN WDOW, SELECT LEAR, AND THEN OK. THE STATISTIL DATA WILL GIVE THE VALUE FOR THE (B ), WHICH IS YOUR VALUE FOR ABSOLUTE ZERO RERD THIS VALUE YOUR LABORATORY NOTEBOOK. 5. GRAPH OF PRSURE VS. TEMPERATURE (K): A) TO VIEW OF PRSURE VS. TEMPERATURE KELV, YOU NEED TO CREATE A NEW LUMN OF DATA (KELV TEMPERATUR) BASED ON YOUR ORIGAL TEMPERATUR B) TAP THE TABLE TAB TO GO TO THE DATA TABLE SCREEN. TAP ON TABLE, AND THEN SELECT NEW CALCULATED COLUMN. NAME TEMP KELV, AND FOR UNS, ENTER K. TAP ON SELECT EQUATN, AND SELECT X. FOR THE COLUMN FOR X, SELECT CH2 TEMPERATURE, AND ENTER 273 AS THE VALUE FOR A. THEN SELECT OK. D) YOU SHOULD NOW GET A NEW GRAPH OF PRSURE VS. TEMPERATURE (K). TAP ON THE TABLE TAB TO GO BACK TO THE DATA TABLE AND PY THE NEW LUMN OF DATA (K) YOUR LABORATORY NOTEBOOK. E) TAP ON THE GRAPH TAB TO GO BACK TO THE GRAPH. TAP ON THE AND SELECT TEMP KELV.DOWNLOADSAVESHAREBOYLE’S AND GAY-LSAC’S LAWS PRE-LAB
• GAS : THE GAS LAWS I: BOYLE'S, CHARL' & GAY-LSAC'S QUIZ
• JOSEPH-LOUIS GAY-LSAC
• CHARL' LAW AND GAY-LSAC'S LAW
• QUTN: AT NSTANT TEMPERATURE, THE VOLUME OF THE NTAER THAT A SAMPLE OF NROGEN GAS IS IS DOUBLED. AS A RULT THE PRSURE OF THE NROGEN GAS IS HALVED. THE AMOUNT OF NROGEN GAS IS UNCHANGED THIS PROCS. THIS IS AN EXAMPLE OF: A. BOYLE'S LAW B. AVOGADRO'S LAW C. CHARL'S LAW D. DALTON'S LAW E. GAY-LSAC'S LAW A SAMPLE OF A GAS OCCUPI 1.40

LA LEGGE DI BOYLE E LE LEGGI DI GAY-LSAC: LE TRASFORMAZNI TERMODAMICHE

Boyle’s, Charl’s, and Gay-Lsac’s laws:.

CONTOH SOAL HUM BOYLE – GAY LSAC DAN PEMBAHASANNYA

Gay-Lsac’s law:. Dpe the stupid name, Joseph Louis Gay-Lsac was kd of a badass.

It’s Gay-Lsac aga!

GAY-LSAC’S LAW

Gay-Lsac a balloon: Public doma via Wikimedia Commons. La prima legge di Gay-Lsac (o di Charl) è alla base lla dilatazne termi, e afferma che a prsne stante (cè lungo trasformazni isobare) volume e temperatura sono direttamente proporznali: ciò è riassunto dalla formula$$ \ac{V}{T} = \text{stante}$$. La senda legge di Gay-Lsac sancisce che a volume stante (cè lungo trasformazni isore) prsne e temperatura sono direttamente proporznali, legati dal rapporto$$ \ac{p}{T} = \text{stante}$$.

Gay-Lsac’s law.

Also referred to as Prsure-Temperature Law, Gay Lsac’s Law was disvered 1802 by a French scientist Joseph Louis Gay Lsac.

HUM GAY LSAC: BUNYI, RUM, CONTOH SOAL, DAN PENERAPAN

While buildg an air thermometer, Gay-Lsac accintally disvered that at fixed volume and mass of a gas, the prsure of that gas is directly proportnal to the temperature.

The graph for the Gay- Lsac’s Law is lled as an isochore bee the volume here is nstant.

BOYLE’S AND GAY-LSAC’S LAWS PRE-LABTHIS THE PRE-LAB ASSIGNMENT FOR THE LAB#5 WHICH IS BOYLE’S AND GAY-L...VIEW MOREUNIVERSYMONTGOMERY COLLEGECOURSEGENERAL CHEMISTRY FOR ENGEER (CH 135)8 DOCUMENTSSTUNTS SHARED 8 DOCUMENTS THIS URSEAMIC YEAR: 2018/2019HELPFUL?01REPORT DOCUMENTCOMMENTSPLEASE SIGN OR REGISTER TO POST MENTS.STUNTS ALSO VIEWEDSTROKETTHUR SKYLER HANSEN DA - FOR PROJECT DISCSNART HISTORY SAY #@ - THE DYG WARRR AND THE DYG GL. DISCS THE NCEPTS OF NATURALISM, REALISM,PROJECT 5 FLOWCHARTBETA-LACTAMS - INTERFER WH CELL WALL SYNTHISMEDITN 5RELATED DOCUMENTSNWIT 275 - WEEK 3 - MONDAY CLASSLAB – ANALYZE BASIC WLAN INFORMATN WH IN SSIDER FOR WDOWSNWIT 275 - WEEK 1 - A WIRELS TECHNOLOGY URSE IS AN TNAL PROGRAM THAT TEACH STUNTSPERSUASIVE SPEECH OUTLE- COMM 108QUIZ SAMPLE FOR NEGOTIATN CLASSCHRONIC NRO - MEDIL-SURGIL NURSGPREVIEW TEXTPROF. MTZ AND LAWS LAW PURPOSE: IN THIS LAB, WE ARE G THE LAB QUT UN TO GET SOME DATA ON PRSURE VERS VOLUME FOR DIFFERENT VOLUM AND MANIPULATG THAT DATA. WE ARE DOG THIS LAB TO GET MORE FAIAR WH LAWS WHICH WORK WH VOLUME AND PRSURE. PROCRE: 1. CONNECTG THE EQUIPMENT AND LAB QUT TOGETHER. A) CONNECT THE POWER RD TO THE LAB QUT UN (LEFT SI, THIRD CIRCULAR NNECTN) AND PLUG THE OTHER END TO A POWER SOURCE. B) CONNECT THE GAS PRSURE SENSOR TO ONE OF THE FOUR CHANNELS LOTED ON THE TOP SI OF THE LAB QUT UN. HEAR THE CLICK WHEN FULLY . C) ADJT THE SYRGE MOVG THE PLUNGER UNTIL THE ONT EDGE OF THE SI BLACK RG IS AT THE 10 ML MARK. NEXT, ATTACH THE SYRGE TO THE GAS PRSURE SENSOR. TWIST THE PIEC TOGETHER TO NNECT. DO NOT OR WILL BREAK THE PLASTIC. D) TURN ON THE LAB QUT UN PHG THE POWER BUTTON AT THE UPPER LEFT. E) FD THE STYL AT THE TOP BACK OF THE LAB QUT UN ATTACHED TO A LONG SILVER RD AND SERTED TO A HOLE. TAKE OUT THE STYL (BUT LEAVE ON THE RD). AT THE TOP OF THE SCREEN ARE A SERI OF TABS NSISTG OF, OM LEFT TO RIGHT, METER, FILE, SENSORS, GRAPH, TABLE, AND NOTEPAD. AT THE BOTTOM, AT FAR LEFT, DATA COLLECTN AND THEN HOME, CALCULATOR, KEYBOARD, SOUND, BATTERY STAT, AND FALLY THE TIME. 2. COLLECTG THE DATA: A) IN THE MA SCREEN, TAP ON THE SCREEN WHERE THE PRSURE IS CURRENTLY KPA. TAP ON CHANGE UNS TO ATM FOR PRSURE ON THE NEW WDOW. B) CHANGE THE MO SETTG OM TIME BASED TO EVENTS WH ENTRY. ENTER VOLUME FOR THE NAME, AND FOR UNS, ENTER ML. THEN SELECT OK. C) TAP THE DATA LLECTN IN (LOWER LEFT OF THE SCREEN). THE SCREEN SHOULD CHANGE TO A GRAPH OF PRSURE VS. VOLUME. D) COLLECT THE PRSURE VERS VOLUME DATA. ONE PERSON SHOULD HANDLE POSNG THE PLUNGER THE SYRGE AT VAR VOLUM, WHILE THE OTHER PERSON ENTERS THE VOLUME. MOVE THE PLUNGER SO THE ONT EDGE OF THE SI BLACK RG IS AT THE 5 ML MARK. HOLD THE PISTON FIRMLY THIS POSN UNTIL THE PRSURE HAS STABILIZED. TAP KEEP AND THEN ENTER 5 THE NEW WDOW THAT APPEARS. SELECT OK. E) REPEAT STEP 2. D. FOR VOLUM OF 7, 10, 12, 15, 17, AND 20 ML. F) AFTER FISHED LLECTG THE DATA, TAP THE DATA LLECTN IN TO STOP THE PROCS. G) COPY DOWN THE DATA THAT HAS BEEN LLECTED YOUR LAB NOTEBOOK, TAP ON THE TABLE IN (UPPER RIGHT OF THE SCREEN, NEXT TO THE LAST IN) TO SEE THE DATA TABLE OF READGS. 3. MANIPULATG THE DATA: A) IN THE GRAPH DISPLAY MO, TAP ON ANALYZE, THEN CURVE F, AND THEN PRSURE. IN THE NEW WDOW, TAP ON F EQUATN (TOP LEFT), THEN SELECT POWER AND THEN H OK. (AN EQUATN Y ALONG WH THE VALU OF A AND B). RERD THOSE VALU YOUR LAB NOTEBOOK. B) THE RELATNSHIP BETWEEN PRSURE AND VOLUME, A GRAPH OF PRSURE VERS THE RECIPROL OF VOLUME (1N) SHOULD ALSO BE PLOTTED. TO DO THIS, IS NECSARY TO CREATE A NEW LUMN OF DATA (1N) BASED ON YOUR ORIGAL VOLUME DATA. C) TAP THE TABLE TAB TO GET THE DATA TABLE. TAP ON TABLE (TOP MIDDLE), AND THEN SELECT NEW CALCULATED COLUMN. FOR NAME, ENTER 1NOLUME, AND FOR UNS, ENTER TAP ON SELECT EQUATN, AND SELECT FOR X, SELECT VOLUME AND MAKE SURE 1 IS ENTERED AS THE VALUE FOR A. THEN SELECT OK. D) YOU SHOULD NOW GET A NEW GRAPH OF PRSURE VS. TAP ON THE TABLE TAB TO GO BACK TO THE DATA TABLE AND PY THE NEW LUMN OF DATA YOUR LABORATORY NOTEBOOK. E) TAP ON THE GRAPH, TAB TO GO BACK TO THE GRAPH. TAP ON GRAPH, THEN SELECT GRAPH OPTNS OM THE MENU, AND SELECT AUTOSLE OM O (MIDDLE TOP). THEN SELECT OK. F) TAP ON ANALYZE, SELECT CURVE F, AND THEN PRSURE. IN THE NEW WDOW, TAP ON F EQUATN, THEN SELECT LEAR, AND THEN OK. FOR YOUR EQUATN Y MX B, RERD YOUR VALU OF M AND B. 4. AFTER THE EXPERIMENT IS DONE, TURN OFF THE LAB QUT. DISNNECT THE PONENTS AND RETURN THEM TO THE BOX. RETURN THE LAB QUT UN AND OTHER EQUIPMENT TO THE PREP ROOM. II) OTHER TEMPERATURE BATHS WILL ALSO BE NEED THIS EXPERIMENT. WHEN YOU ARE FISHED WH THE TRIAL G THE BATH, EMPTY THE BEAKER AND FILL WH ROOM TEMPERATURE WATER. WHEN THAT TRIAL IS FISHED, REPEAT AND FILL WH HOT TAP WATER. FALLY, G A HOT PLATE HEAT THE WATER BATH TO A TEMPERATURE OF ABOUT 60 2. COLLECTG THE DATA: A) IN THE MA SCREEN, TAP ON THE SCREEN WHERE THE PRSURE IS CURRENTLY KPA. A NEW WDOW WILL OPEN, TAP ON CHANGE UNS, AND TAP ON MMHG TO CHANGE THE PRSURE UNS. B) TAP MO AND CHANGE THE MO SETTG OM TIME BASED TO SELECTED EVENTS. LEAVE THE NAME AND UN FIELD BLANK AND SELECT OK. C) TAP THE GRAPH TAB TO GO TO THE GRAPH SCREEN. TAP ON THE GRAPH, THEN SHOW GRAPH, THEN SELECT GRAPH 1. A SGLE GRAPH SHOULD NOW BE DISPLAYED FOR PRSURE. TO CLU TEMPERATURE AS PART OF THE GRAPH, TAP THE SCREEN WHERE THE LABEL FOR THE WOULD BE LOTED, AND THEN TAP TEMPERATURE. YOU SHOULD NOW HAVE A GRAPH OF PRSURE (MMHG) VS. TEMPERATURE D) TO START THE DATA LLECTN, TAP THE DATA LLECTN IN (LOWER LEFT OF THE SCREEN). E) COLLECT THE PRSURE VERS TEMPERATURE DATA. PLACE THE FLASK TO THE BATH. PLACE THE TEMPERATURE PROBE TO THE BATH AND STIR SO EVERYTHG GETS TO THE SAME TEMPERATURE. WHEN THE PRSURE AND TEMPERATURE READGS HAVE STOPPED CHANGG TAP KEEP TO RERD THE DATA PAIR. F) REPEAT PROCRE 2E FOR THE OTHER WATER BATHS. I) ROOM TEMPERATURE: EMPTY THE ICE WATER, AND RSE THE BEAKER A NUMBER OF TIM WH OL TAP WATER. ADD 400 ML OF OL TAP WATER AND REPEAT THE MEASUREMENT AS ABOVE. II) BATH: EMPTY THE ROOM TEMPERATURE WATER, AND RSE THE BEAKER A NUMBER OF TIM WH HOT TAP WATER TO . NOTE: LET THE WATER N FOR A UPLE OF MUT SO IS AS HOT AS POSSIBLE OM THE FCET. ADD 400 ML OF HOT WATER TO THE BEAKER AND AGA REPEAT THE MEASUREMENT AS ABOVE. USG A HOT PLATE, HEAT THE HOT WATER TO A TEMPERATURE OF ABOUT 60 AGA, REPEAT THE MEASUREMENT AS ABOVE. WHILE THE WATER SLOWLY OLS DOWN, REPEAT LLECTG DATA ABOUT EVERY 5 GRE UNTIL THE WATER BATH IS ABOUT 5 GRE AWAY OM THE TEMPERATURE OF THE HOT WATER YOU ED. G) WHEN FISHED LLECTG THE DATA, TAP THE DATA LLECTN IN TO STOP THE PROCS. H) COPY DOWN THE DATA THAT HAS BEEN LLECTED YOUR LAB NOTEBOOK. TAP ON THE TABLE IN TO SEE THE DATA TABLE OF READGS. 3. MANIPULATG THE DATA: IN THE GRAPH DISPLAY MO, TAP ON ANALYZE, THEN CURVE F, AND THEN PRSURE. IN THE NEW WDOW, TAP ON F EQUATN, THEN SELECT LEAR, AND THEN OK. YOU SHOULD GET A GRAPH WH A LEAR REGRSN LE VERY NEARLY FTG THE POTS ON THE GRAPH, WH THE LEAR REGRSN STATISTICS ALSO BEG DISPLAYED. FOR YOUR EQUATN Y MX B, RERD YOUR VALU OF M AND B. 4. DETERMATN OF ABSOLUTE ZERO A) IN THE GRAPH MO, SWCH WH THE TAP ON THE AND CHANGE PRSURE TO TEMPERATURE. TAP ON THE AND CHANGE TEMPERATURE TO PRSURE. B) TAP GRAPH, AND THEN GRAPH OPTNS. FOR THE (PRSURE), SELECT TOSLE OM 0. SELECT GRAPH 1, AND FOR TEMPERATURE ENTER 100 FOR THE TOP VALUE, AND FOR THE BOTTOM VALUE. THEN SELECT OK. C) TAP ANALYZE, THEN CURVE F, AND THEN TEMPERATURE. IN THE F EQUATN WDOW, SELECT LEAR, AND THEN OK. THE STATISTIL DATA WILL GIVE THE VALUE FOR THE (B ), WHICH IS YOUR VALUE FOR ABSOLUTE ZERO RERD THIS VALUE YOUR LABORATORY NOTEBOOK. 5. GRAPH OF PRSURE VS. TEMPERATURE (K): A) TO VIEW OF PRSURE VS. TEMPERATURE KELV, YOU NEED TO CREATE A NEW LUMN OF DATA (KELV TEMPERATUR) BASED ON YOUR ORIGAL TEMPERATUR B) TAP THE TABLE TAB TO GO TO THE DATA TABLE SCREEN. TAP ON TABLE, AND THEN SELECT NEW CALCULATED COLUMN. NAME TEMP KELV, AND FOR UNS, ENTER K. TAP ON SELECT EQUATN, AND SELECT X. FOR THE COLUMN FOR X, SELECT CH2 TEMPERATURE, AND ENTER 273 AS THE VALUE FOR A. THEN SELECT OK. D) YOU SHOULD NOW GET A NEW GRAPH OF PRSURE VS. TEMPERATURE (K). TAP ON THE TABLE TAB TO GO BACK TO THE DATA TABLE AND PY THE NEW LUMN OF DATA (K) YOUR LABORATORY NOTEBOOK. E) TAP ON THE GRAPH TAB TO GO BACK TO THE GRAPH. TAP ON THE AND SELECT TEMP KELV.DOWNLOADSAVESHAREBOYLE’S AND GAY-LSAC’S LAWS PRE-LAB

Ameo Avogadro 1811 bed the nclns of Dalton’s Atomic Theory and Gay Lsac’s Law to give another important Gas law lled the Avogadro’s Law. Postgan i membahas ntoh soal hum Boyle – Gay Lsac dan pembahasannya at penyelaiannya. Hum Boyle – Gay Lsac menyatakan hasil kali volume dan tekanan dibagi suhu mutlak gas dalam ang tertutup adalah konstan at tetap.

Hum Boyle – Gay Lsac dimkan sebagai berikut:P1.

In this article, we’ll go over Gay Lsac’s Law tail, cludg s formula and rivatn. What is Gay-Lsac’s Law? Exampl of Gay-Lsac’s Law.

GAS : THE GAS LAWS I: BOYLE'S, CHARL' & GAY-LSAC'S QUIZ

Solved Exercis on Gay-Lsac’s Law.

JOSEPH-LOUIS GAY-LSAC

Gay-Lsac’s law is a gas law which stat that the prsure exerted by a gas (of a given mass and kept at a nstant volume) vari directly wh the absolute temperature of the gas.

This law was formulated by the French chemist Joseph Gay-Lsac the year 1808. The mathematil exprsn of Gay-Lsac’s law n be wrten as follows:.

Gay-Lsac’s law impli that the rat of the ial prsure and temperature is equal to the rat of the fal prsure and temperature for a gas of a fixed mass kept at a nstant volume. When a prsurized aerosol n (such as a odorant n or a spray-pat n) is heated, the rultg crease the prsure exerted by the gas on the ntaer (owg to Gay-Lsac’s law) n rult an explosn.

CHARL' LAW AND GAY-LSAC'S LAW

Another example of Gay-Lsac’s law n be observed prsure okers. As per Gay-Lsac’s Law, P1T2 = P2T1. Frequently Asked Qutns on Gay-Lsac’s LawQ1 What is Gay Lsac’s law formula?

The law of Gay-Lsac is a variant of the ial gas law where the volume of gas is held nstant. P / T = nstant or Pi / Ti = Pf / Tf are the standard lculatns for Gay-Lsac ‘s law.

QUTN: AT NSTANT TEMPERATURE, THE VOLUME OF THE NTAER THAT A SAMPLE OF NROGEN GAS IS IS DOUBLED. AS A RULT THE PRSURE OF THE NROGEN GAS IS HALVED. THE AMOUNT OF NROGEN GAS IS UNCHANGED THIS PROCS. THIS IS AN EXAMPLE OF: A. BOYLE'S LAW B. AVOGADRO'S LAW C. CHARL'S LAW D. DALTON'S LAW E. GAY-LSAC'S LAW A SAMPLE OF A GAS OCCUPI 1.40

Q3 What is the importance of Gay Lsac’s law?

To learn more about Gay-Lsac’s law and other gas laws, such as Charl’ law, register wh BYJU’S and download the mobile applitn on your smartphone. Por lo tanto, 0°K=-273° tado gaseoso y s ley básisLas ley básis que explin el portamiento l tado gaseoso, son la Boyle, Charl, Gay-Lsac y ley bada.