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Par Casc Mix Index (? pts for &xh comrtJnuG} Iestrections: Revlcw Io thc following npon and ansna te questions that follw afler thc nport Relar bock to tha pres...

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Par Casc Mix Index (? pts for &xh comrtJnuG} Iestrections: Revlcw Io thc following npon and ansna te questions that follw afler thc nport Relar bock to tha presentations and recounce for CaxcAlu Ind in thr couneCommoa eraleh Hospital Tcp Ms DRCCompkete thc tabk by cakulating thr toal CMS rcbtnc wcights for cach of the Iop MS-DRG > for Comnowealth Hospitsl?Which of th MS-DRG > Iistcd haxthx highxet reline wcight? The highest total relative #cicht?Compkcte the ubleby cakulating thx total

Par Casc Mix Index (? pts for &xh comrtJnuG} Iestrections: Revlcw Io thc following npon and ansna te questions that follw afler thc nport Relar bock to tha presentations and recounce for CaxcAlu Ind in thr coune Commoa eraleh Hospital Tcp Ms DRC Compkete thc tabk by cakulating thr toal CMS rcbtnc wcights for cach of the Iop MS-DRG > for Comnowealth Hospitsl? Which of th MS-DRG > Iistcd haxthx highxet reline wcight? The highest total relative #cicht? Compkcte the ubleby cakulating thx total rcumburcmncnt for ckch of the procedures Which MS-DRG brings the highest total relmhu [o the hospital? Calculsic Ihc Case Mix Inde! for the top $ MS DRG for Comnionwealth Hoxpitsl



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The clcctronic configurarions of four clemcnts arc givcn as undcr: (I) $1 \mathrm{~s}^{2} 2 \mathrm{~s}^{2} 2 \mathrm{p}^{5}$ (II) $1 \mathrm{~s}^{2} 2 \mathrm{~s}^{2} 2 \mathrm{p}^{4}$ (III) $1 \mathrm{~s}^{2} 2 \mathrm{~s}^{2} 2 \mathrm{p}^{3}$ (IV) $1 \mathrm{~s}^{2} 2 \mathrm{~s}^{2} 2 \mathrm{p}^{6 \mathrm{i}} 3 \mathrm{~s}^{2} 3 \mathrm{p}^{1}$ Which of rhe following arrangemcnts gives thc corrcct ordcr in rerms of increasing clectroncgariviry of the clcments? (a) $\mathrm{III}<\mathrm{II}<\mathrm{IV}<\mathrm{I}$ (b) $\mathrm{II}>\mathrm{III}>\mathrm{I}>\mathrm{TV}$ (c) $\mathrm{IV}<\mathrm{III}<\Pi<\mathrm{I}$ (d) $I<$ II $<I I I<\Pi V$

All right, We've got a question here that is describing a testing of a new drug on it is tested. Um, at 10 minute intervals, the average concentration CFTR showing the table teas and measured in minutes sees measured in micrograms over milliliters. And we want to use the midpoint rule to determine integral from 0 to 100. See, of T dft. Okay, When we use the midpoint rule, we would take the Siri's eyes equal to one, and and we would have, um, see if t I multiplied by change and teeth. This is the midpoint rule here, and our n here is gonna be equal to 10. Okay, If we look at our table, we could see that we have intervals. I'm sorry. Readings collected at 0 10 2030 minutes. So r n will be 10 as it's changing 10 each time and then are changing t that actually will not be equal to 10. That's what that's what it looks like. The logical answer would be, but we have to understand how the midpoint rule works. We have a set of values from 0 to 100 and we're talking about midpoint bull. Since we have 10 intervals. We're going to need to now split these into five intervals. Would say 0 to 20. You wrote to I'm sorry. 20 to 40. 40 to 60. 60 to 80. And finally 80. 100. Okay, we have to consider these five intervals. When we're talking about midpoint rule, we're essentially splitting the amount of controls in half. Okay? And we're looking for is the midpoint of each of our five intervals. Yeah. Now here we can see that if the midpoint between zero and 20 would be 10, 20 and 40 would be 30 30 and 60 would be 50 70 you know. Okay, so are changing t here. Okay. Actually going to be equal 2 20. Good. We're saying it's changing. Went to okay. That's when we're you wanna make sure we do that correctly when we're solving for the midpoint. Well, okay, now, let's go ahead and bring this Siri's down. We know our and we've already calculated for we said that's gonna be equal to 10. Have I equals one. You have our sea of tea sub by Onda. That will be also these in, but we go ahead first, right out or change of tea won t Now let's go ahead and begin filling in thes values here. So now this is where we're gonna say. All right, We need Thio. Find the we're going to need to collect some of the mid points. Some of the mid points would be C one times t see, one time is 30 50 70 and 90. Okay, so what is this value here? See, when time it's 10, we're gonna add that to 30. Gonna add that you see a 50. Okay, I'm gonna add that to see a 70 and finally, we're gonna add that to see him. Okay. Now, when we go ahead and solve this out Excuse me. Um, you know, see, of 10 is 1.3. Also, one more clarification. Um, I want to write it out properly, So imagine it's gonna be a Siri's mhm, but this equals to this. Hey, this here. Sorry. This whole series here is equal. Okay, Now let's go and start filling in these values. See, when time is 10 is 1.3. Okay. See if 30 is 2.2. See if 50 is 25 plus, see if 70 or just 2.3. Let's see of 90 just 1.6. Okay. And when you add all these up together, it comes out to 9.9. Multiplied by 20 is gonna be equal to 198. We're told that this is in micrograms. Formularies multiplied by time, minutes. And so this will be our final answer here. And we can say that this is our final answer for when we use the midpoint rule to estimate the integral from 0 to 100 for function, See of tea. With respect to time, I hope that clarifies the question. Thank you for watching.

In this problem, we have to find density. We know that density is a culture mass for the unit volume, right in a there is mass which is eight ground density off a will be equal toe masses five ground eight grand. Sorry. Eight. Graham. We will convert it into kg. So multiply with 10 to the power minus three and volume is 1.67 into 10 to the power minus 6 m cube. So this will be equal toe. If we solve this were calculated. This will be equal to around 47 90 went for two kg. Where? Meter Q. This is the density off. A now density off B boss is given six microgram. That means six into tend to the car minus six into tend to the car minus three kg. They might invite volume which is 9.38 into 10 to the power six micro meter Que. That means 10 to empower minus six to the power three Me. Thank you. So this will be called toe. If we solved, this will be equal toe six into 10 to the power minus into the power minus mine divided by 9.38 in tow, 10 to the power six into 10 to the power minus 80. So this will be equal toe 6. 39.65 kg per meter. Que Now like this density and see will be called toe mass is 8 mg. This is Milly and this is K G. Divided by 2.50 into 10 to the power minus three. 2.50 into 10 to the government's three centimeter cube, So I will convert it into meter Q. So this will be equal to minus to the power three. So this will be equal toe 8 to 10 to the power minus six, divided by 2.50 into tend to devour minus 30 multiplied with and to the power minus two to the power three. This will be called 3 to 00 k g permit. Thank you Know density off B will be called toe 19 to 10 to the power minus four kg, divided by 2.81 and two into the double three millimeter que So this will be called to tender car minus three. Que If we saw this, this will be called nine into 10 to the power minus forward, divided by 2.81 in tow, 10 to the power three in tow, 10 to the power minus nine. This will be equal toe 3. 20.3 kg where meter que now density in e will be equal toe nine into 10 to the power four. Nah, no ground. That means this will be equal to 10 to the power minus nine into 10 to the power minus three, divided by 1.41 into 10 to the power minus two. Believe in Turkey, this will be equal toe nine into tend to be power four minus nine minus three. Divided by 1.41 into 10 to the power minus two into and to the power minus three. The power three 6382.9 K G 20 Meeting Q. Like this, density in F will be equal toe six into 10 to the par minus 2 mg, six into 10 to the foul minus two in the ground. This is really and this is K G, divided by 1.25 into a 10 3 power eight micro meter key. This will be called toe six into 10 to the power minus eight. Divided by 1.25 and two. Don't believe our eight into 10 to the power minus 18. This will be called 4 80 kg per meter cubed. Now if we see the maximum density is D E and then a and then no see Oh, and then after c be and then if and then death. This is the increasing order off the densities. Wow!

The explanation of the solution is that under the cell off equally that is astray, Shia Cali transferred their genes through the conjugation. It was discovered by Edward Tatham and Joshua Lander. Bag on the air, 1946. It serves as an important tool for research on the field off genetics, and it is also used in genetic mapping. The cell, acting as a donor, have appendages present on there surface, known as F fertility Bailly. The a factor that is fertility factor is involved in the synthesis off happily bacteria containing the affect ER are capable off transferring genes to other bacteria. The donor cell, which consists off happily, establishes contact with other cells, which acts as a recipient, and legs affect us. Through this process. The two cells remain in close contact. Right now. The main function off the F Pili iz toe. Establish contact with other cells. They are not involved in the transfer off a factor. After coming in close contact with each other, formation off conjugation channels takes place. The transfer of DNA takes place. In this case, the genetic markers are transferred in different orders by HFR. Strain the order off the markers in the F strain are as follows that orders off making orders of markets estrange our as this is diagram fathers. So this is a complete explanation of the answer. Please go through this. Thank

Okay. In this problem you have to construct stem and leaf diagrams for the following sample of 20 female cardiovascular patience. Main age. He's given that 71.9. And you are the ages are given in yours. Yeah. Go for option A. This is the publishers wanted. All right. Yeah. Mhm. We have to round each observation to the nearest here and then constructors them. And leave diagram of the longer data bullets don't is off to the nearest age. Each observation first will be 70 streets. It's 84 And 787.3 will become 87. Then this can go to 75 83. Yeah, 78 76. Mhm. The 15 36 54 88 79 83. Mhm. Before degree. Yeah. Right. 29 98 66. Maybe six 72. Okay. Yeah. Yeah. Yeah. Tell me Prince Trip go commonly pregnant. So for step one we have to think of each observation against them. But they still fall but the right most digit and leaves the right most digit. You will write those stems from smallest to largest in a vertical column to the left. And 42. Mhm. Yeah. Mhm. You're the stance. So changes from we can do it five. Yeah. Tonight. Great. Everything. Yeah. Okay. And we write each year to the right of the vertical rule in the road that contains the appropriate steps. So we need to be. The first observation is 76, 78 88 59. You swore 76. Okay, 79 98. Yeah, 87. Thank you. 53 82 66, 75. 50 states. Mhm. Before Yeah. Yeah, 86 93 before. Mhm. 53 and 72. Mhm. Thinking about right now for the option, we we have to transmit each observation by dropping the visible part, then constructor terminally diagram of the truncated data. So let's we do the data by truncating their demons. We did 75, 78 88, 58 83 76 78, 97 87- 81 65. Okay, 74 six. He's cool. Yeah, 86 into two. Yeah, it gets you. Yeah. Keep them, you know, so much people again for a procedure to consume films. Zimmerman dragging. Yeah. Mhm. Yeah. That this we drive the stem which is consisting of all but the right most digit, the smallest, largest. And what people call the left vertical Here again. 20 strong 5- nine. What? And the leaves. Yeah. Try to the vertical roll. And you wrote that pain sti appropriate stems. Mm in 75. Yeah. Yeah. Mhm. Mhm 78 88. 50 Age couple of Yeah, 83. Mhm. Thank you very much. 76 Yeah, 78. Mm hmm, 97. Yeah, 87. Mhm. Kato. Yeah, 81 65 74. 56. Before 86. Okay, 82. Okay. 53. If you didn't 72 Yeah. We have to redo this stem and leaf diagnosed. We're changing the leaves and ensure in ascending order right To here to be 2- 3. 40 fate. I don't know. Okay. It's home mm 245688. Mhm. Yeah. For for me, yeah. Next Really? 1 2 3678. Mhm. Mhm. Yeah. Similarly you can do it with them optionally. Yeah. Let me do. No. You know The First Draw 334469. Mhm. It's routine 25689. Yeah. Mm. Yeah. Yeah. I think that It's really to pay 40 element again. Yeah. Mhm. Mark now for options that we have to compare bodies diagrams. So if we see the trends of same except for the values, individual values is small difference in individual values. But you see they don't turn the same. Mhm. Okay. So here the same seminary fragments of Syrian border cases except for individual values because the length of the raw fleas or same in with their cases.


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