Please help!

1. Solve The Inequality & Graph The Solution: v-6≥4

2. Solve The Inequality & Graph The Solution: -5x<15

3. Solve The Inequality & Graph The Solution: 3k>5k+12

4. List The Subsets Of The Set: {5, 10, 15}

5. Solve The Compound Inequality: 2t≤-4 or 7t≥49

6. Solve The Equation. If There Is No Solution, Write No Solution (Show Work): |n+2|=4

7. Solve The Equation. If There Is No Solution, Write No Solution (Show Work): |2x-7|>1

8. Given A={1,2,3,4,5,6,7,8,9} & B={2,4,6,8}, What Is AuB ( The u is that one weird u like symbol)

9. Draw A Venn Diagram To Represent The Intersection & Union Of The Sets: P={1,5,7,9,13}, R={1,2,3,4,5,6,7}, & Q={1,3,5}

Respuesta :

SOLUTION TO QUESTION 1

For [tex]v-6\ge4[/tex]


We add [tex]6[/tex] to both sides of the inequality. This gives us


[tex]v-6+6\ge4+6[/tex]


We simplify to obtain;


[tex]v+0\ge10[/tex]


Hence,

[tex]v\ge 10[/tex]

See the attachment for graph.


SOLUTION TO QUESTION 2


For the inequality [tex]-5x<15[/tex]


We divide both sides by [tex]-5[/tex] and reverse the inequality sign because, we are dividing by a negative number. This implies that;


[tex]\frac{-5x}{-5}> \frac{15}{-5}[/tex]


We simplify to get,

[tex]x>-3[/tex]


See attachment for graph


SOLUTION TO QUESTION 3


For [tex]3k>5k+12[/tex]

We group the terms in [tex]k[/tex] on the left hand side of the inequality,

[tex]3k-5k>12[/tex]


We simplify to obtain;


[tex]-2k>12[/tex]


We divide both sides by [tex]-2[/tex] and reverse the inequality sign because, we are dividing by a negative number again. This implies that;


[tex]\frac{-2k}{-2} <\frac{12}{-2}[/tex]


This simplifies to;


[tex]k<-6}[/tex]

See attachment for graph.


SOLUTION TO QUESTION 4

Given the set {5,10,15}

All the possible subsets are;

{}, {5}, {10}, {15}, {5,10}, {5,15}, {10,15}, and {5,10,15}



SOLUTION TO QUESTION 5

For [tex]2t\le-4 \: or\:7t\ge 49[/tex]

We divide through the first inequality by 2 and the second inequality by 7 to obtain;


[tex]t\le-2 \: or\: t\ge 7[/tex]

Or

[tex]t\le-2 , t\ge 7[/tex]



SOLUTION TO QUESTION 6

We have [tex]|n+2|=4[/tex]

This implies that;

[tex](n+2)=4[/tex] or  [tex]-(n+2)=4[/tex]


This implies that;

[tex]n+2=4[/tex] or  [tex]n+2=-4[/tex]


This simplifies to;

[tex]n=4-2[/tex] or  [tex]n=-4-2[/tex]


[tex]n=2[/tex] or  [tex]n=--6[/tex]


SOLUTION TO QUESTION 7

We have [tex]|2x-7|>1[/tex]

This implies that;

[tex]2x-7>1[/tex] or [tex]-(2x-7)>1[/tex]

We divide the second inequality by negative 1 and reverse the inequality sign.


[tex]2x-7>1[/tex] or [tex]2x-7<-1[/tex]

We group like terms to get,


[tex]2x>1+7[/tex] or [tex]2x<-1+7[/tex]


[tex]2x>8[/tex] or [tex]2x<6[/tex]

We divide both inequalities by 2 to obtain;


[tex]x>4[/tex] or [tex]x<3[/tex]


SOLUTION TO QUESTION 8

Given A={1,2,3,4,5,6,7,8,9}

and

B={2.4,6,8}

The union of A and B, are the elements in set A or set B or both.

[tex]A \cup B[/tex]={1,2,3,4,5,6,7,8,9}


SOLUTION TO QUESTION 9

Given:

P={1,5,7,9,13}

R={1,2,3,4,5,6,7}

and

Q={1,3,5}

We apply our understanding of subsets to draw the Venn diagram.

See attachment for the Venn Diagram.



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