5

QuestionTka bllowinpLcAzue Laai CH;CO H Dako produccd )...

Question

QuestionTka bllowinpLcAzue Laai CH;CO H Dako produccd )

Question Tka bllowinp LcAzue Laai CH;CO H Dako produccd )



Answers

Divide. $$\frac{10 h^{4}-6 h^{3}-49 h^{2}+27 h+19}{2 h^{2}-9}$$

Okay, so I'm dividing these two. I need to see how many times three h goes into six h two thirds. So what times three h is going to give me six h two thirds. So that's going to be 28 squared. Or you could do something like this. So six age to third, divided by three h, right, six divided by three is two h two third divided by age. The first gonna give me eight to the second. Okay, so I need to multiply that by both of my divisor is here. So to age squared times 38 it's going to give me six h two thurn and to eight square times negative four is going to give me negative eight h to the third. Going to subtract that when I do, I get 15 times square in 15 eight squared. I'm going to bring down my negative 17 8, and I need to do it all over again. Okay, so how many times is three h go into 15 8 square. So again, you can take 15 8 square divide three h. That's gonna give me five. Multiply that by your divisor. So five age times three h is gonna give me 15 age squared like I wanted 58 times. Negative four is going to give me negative. 28. Go ahead and subtract. Okay, so the 15 8 squared minus 15 square zero. Negative. 17 minus negative. 20 is going to give me three h and I'm going to go ahead now and bring down the negative four. Okay, So what can I multiply three h by to get to 38 It's going to be one. Okay, go ahead and multiply your divisor. One times three ages, three h, one times negative. Four is negative. Four and we go ahead and subtract. We get zero. So my final answers to H squared plus five age plus one.

To solve this problem. 40 Inverse and multiply the question so the question becomes a T square minus 21 edge +10 eat. Bye. Four edge multiplication one by 144 can be determined to well, b squared minus 80 square going ahead and simplifying it further. So it become at minus two. Yl multiplication at minus nine by four Edge Multiplication one by 12 minus eight Multiplication Well plus edge canceling the symptom so I can canceled some value here. So just look at it carefully on solving it. I get the value edge minus one multiplication and EJ minus nine by footage two World plus edge So nine minus edge by footage. Well, plus, that is our final answer.

Okay, so they want us to divide this, so I'm going to rewrite it as literally each term being divided by nine squared. Okay, So if I take a look at this nine divided by nine is one. You can write the one or you don't have to write the one age to the eighth divided by age. The second would be age to the six. You're just subtracting eight minus two, which is six plus 54. Divided by nine is going to give me six h to the sixth, divided by age to the second six. Minus two is four. So the age of the fourth minus one oh eight divided by nine is 12 age to the third, divided by age squared would be three months to is just age to the first. Or you could just write eight

Okay, So when you're dividing, you're basically just dividing each term by nine H Square. So I'm going to rewrite it, so each term is being divided by it. Okay, nine divided by nine is one. You can write the one you don't have to write, the one that's up to you. Age to the eighth Nevada, by age squared is going to be aged to the six because eight minutes two is six plus 54 divided by nine is six h to the sixth, divided by eight square is going to be aged to the fourth because six months two is four minus 12. 1 away to about minus 12. 8 to the third, divided by H Square, would be age to the first or just age because three months two is one.


Similar Solved Questions

5 answers
Q2 An object is dropped from height of 6400ft. (We assume that no air resistance and gravity g = 32ft/s2) 1. Set up differential equation for this problem 6400ft' 2. Find the velocity of the object after 3 seconds When will the object reach ground level?
Q2 An object is dropped from height of 6400ft. (We assume that no air resistance and gravity g = 32ft/s2) 1. Set up differential equation for this problem 6400ft' 2. Find the velocity of the object after 3 seconds When will the object reach ground level?...
5 answers
Cycloaddition and Cycloreversion Reactions 86 Chapter 3 kJ cU I~Jlwx (Sce ref: 9)
Cycloaddition and Cycloreversion Reactions 86 Chapter 3 kJ cU I~Jlwx (Sce ref: 9)...
5 answers
2.560.75 --2.950.03- logd -0.69-3.34 logD -3.73-141--4.1222.13 _4.510pHpH4.914.25-3.59 logd 2.93N2.271.61-pH
2.56 0.75 - -2.95 0.03- logd -0.69 -3.34 logD -3.73 -141- -4.12 22.13 _ 4.510 pH pH 4.91 4.25- 3.59 logd 2.93 N 2.27 1.61- pH...
5 answers
Population represented by Sample has a mean that is 2.0 unit ir differences for Sample minus Sample 2. State the null andData TablePairSample 10 5Sample 210810PrintDone
population represented by Sample has a mean that is 2.0 unit ir differences for Sample minus Sample 2. State the null and Data Table Pair Sample 10 5 Sample 2 10 8 10 Print Done...
5 answers
10. True or False_ If true, explain why: If False give counterexample_Cnt" diverges whenI = 6, then it diverges when I = 10.
10. True or False_ If true, explain why: If False give counterexample_ Cnt" diverges when I = 6, then it diverges when I = 10....
5 answers
Following a reactor scram, in which all the control rods are inserted into a power reactor, how long is it before the reactor power decreases to $0.0001$ of the steady-state power prior to shutdown?
Following a reactor scram, in which all the control rods are inserted into a power reactor, how long is it before the reactor power decreases to $0.0001$ of the steady-state power prior to shutdown?...
5 answers
33 (Hint: Una CHEM hipoclorito Asume MTCA 2212: de 1 de sodio Examen W de Ia masa. 1 N una 1 solucion acuosa glmL:) (5 pts:) es Ia molaridad de esta solucion? que contiene 3.79% de
33 (Hint: Una CHEM hipoclorito Asume MTCA 2212: de 1 de sodio Examen W de Ia masa. 1 N una 1 solucion acuosa glmL:) (5 pts:) es Ia molaridad de esta solucion? que contiene 3.79% de...
5 answers
Which of the following is False about the level of significance (alpha) & P-values?The level of significance in hypothesis tests and the level of confidence in confidence intervals are related.If the P-value is large then the sample must have been pretty unusualThe larger the level of significance; the more likely you are to Reject the NullThe smaller tthe level of significance the less likely you are to make a type 1 error:
Which of the following is False about the level of significance (alpha) & P-values? The level of significance in hypothesis tests and the level of confidence in confidence intervals are related. If the P-value is large then the sample must have been pretty unusual The larger the level of signifi...
1 answers
Use known area formulas to evaluate the integrals. $$\int_{0}^{b} 4 x d x, \quad b>0$$
Use known area formulas to evaluate the integrals. $$\int_{0}^{b} 4 x d x, \quad b>0$$...
1 answers
Find the work done by a constant force $\vec{F}$ moving an object through straight line displacement $\vec{r}$ if (a) $\vec{F}$ is in the same direction as $\vec{r},\|\vec{F}\|=5$ newtons and $\|\vec{r}\|=3$ meters. (b) $\vec{F}$ and $\vec{r}$ are perpendicular. (c) $\vec{F}=4 \vec{i}+\vec{j}+4 \vec{k}$ pounds and $\vec{r}=\vec{i}+\vec{j}+\vec{k}$ foot.
Find the work done by a constant force $\vec{F}$ moving an object through straight line displacement $\vec{r}$ if (a) $\vec{F}$ is in the same direction as $\vec{r},\|\vec{F}\|=5$ newtons and $\|\vec{r}\|=3$ meters. (b) $\vec{F}$ and $\vec{r}$ are perpendicular. (c) $\vec{F}=4 \vec{i}+\vec{j}+4 \vec...
1 answers
The tallest snowman ever recordedreally a snow woman named Olympia-was built by residents of Bethel, Maine, and surrounding towns. Her body and head together made up her total record height of 122 ft. The body was $2 \mathrm{ft}$ longer than 14 times the height of the head. What were the separate heights of Olympia's head and body?
The tallest snowman ever recordedreally a snow woman named Olympia-was built by residents of Bethel, Maine, and surrounding towns. Her body and head together made up her total record height of 122 ft. The body was $2 \mathrm{ft}$ longer than 14 times the height of the head. What were the separate he...
5 answers
A farmer bought a number of pigs for $175. However, 7 of themdied before he could sell the rest at a profit of 5 per pig. Histotal profit was $41. How many pigs did he originally buy?He originally bought ( ) pigs.I already tried answers 15 and 16, those two are incorrect.
A farmer bought a number of pigs for $175. However, 7 of them died before he could sell the rest at a profit of 5 per pig. His total profit was $41. How many pigs did he originally buy? He originally bought ( ) pigs. I already tried answers 15 and 16, those two are incorrect....
5 answers
Convert the polar equation to rectangular coordinates. (Usevariables x and y as needed.)r = 8 sin(𝜃)
Convert the polar equation to rectangular coordinates. (Use variables x and y as needed.) r = 8 sin(𝜃)...
4 answers
The - concentration of red pigment in a 10 mL tube of concentrated paint is 6.0 molL_ An artist will dilute the concentrated paint to get the correct intensity of red for their painting_ The recommended concentration of prepared paint t0 give bright red colour is 0.040 moVL:The volume of paint with the concentration of 0.040 molL that can be prepared from the original lube of concentrated paint is 015L01.5* 10 3L02410.24 L
The - concentration of red pigment in a 10 mL tube of concentrated paint is 6.0 molL_ An artist will dilute the concentrated paint to get the correct intensity of red for their painting_ The recommended concentration of prepared paint t0 give bright red colour is 0.040 moVL: The volume of paint with...
5 answers
An arc with radius R and length L has negative linear charge density 1 What is the electric potential at point P if 01=02. Hint: length of arc-RO.R02
An arc with radius R and length L has negative linear charge density 1 What is the electric potential at point P if 01=02. Hint: length of arc-RO. R 02...
5 answers
Identify the missing particle in the following nuclear reaction: 2 "qHe #TI#AuB.83B'a3Bi D. Z07AuIdentify the missing particle in the following nudear reaction: SGU 2*on s2TetqHeaZr3SrsZrIdentify the missing particle in the following nudear reaction: 3H4H?on4Be#HeJHIdentify the missing coefficient in the following nuclear reaction: G2U 'on Ion sBa 'ssKrA: 2B.D:Identify the missing particle in the following nuclear reaction: EsRa #He
Identify the missing particle in the following nuclear reaction: 2 "qHe #TI #AuB. 83B 'a3Bi D. Z07Au Identify the missing particle in the following nudear reaction: SGU 2*on s2Te tqHe aZr 3Sr sZr Identify the missing particle in the following nudear reaction: 3H 4H ?on 4Be #He JH Identify ...

-- 0.020227--