n2wiceover

How do you algebraically prove that a certain point (say (-5, 0) on the pre-image f(x)) transforms in correspondence with:

g(x) = image (translated and dialted)

g(x)=1/2 f(x-5) +6

Just plugging the value in doesn't work. I have the points on the graph to check the algebra once I figure this out, but I cant seem to figure out how to do this.

Thanks!

How do I graph ordered pairs (of my choice) on my TI-84 Plus Silver Edition? Is it even possible?

Thanks!

-Jack wrote 100 positive numbers between 0 and 3, but he did not write the number 1. Jill wrote the reciprocal of every one of Jack's numbers. How many of these 200 numbers were between 0 and 1?

-In a country whose currency consists of $6 bills and $11 bills, the price of every item sold is a whole number of dollars that can be paid exactly, without need for "change." using only these two types of bills. What is the largest whole number of dollars which could NOT be the price of an item sold in this country?

-What are all real values of x for which (absolute value) x^2-4(end absolute value) -3x<(or equal to) 0?

Detailed explanations please!

Thanks.

I can't seem to figure out how to (correctly) isolate P in this equation:

y=p+prt

I can't just do 'p+p'

As much detail as possible please! Show your work.

Thanks.

Is the TI-84 Plus Silver Edition permitted on IB exams?

I know it is permitted on SAT, ACT and AP, but what about IB exams??

Thanks!

Do such a thing exist? I am looking for eyeglass frames (with just glass in them) that have no correction what-so-ever for style purposes.

Where could I find such a thing?

Do such a thing exist? I am looking for eyeglass frames (with just glass in them) that have no correction what-so-ever for style purposes.

Where could I find such a thing?

Thank you!

I am looking at getting a Hot Tools Spring Curling Iron.

I have read that the springs tend to break on them, although I know they come with a few replacements.

How bad is it? Is it hard to fix? I think the these irons look like some of the best but I'm afraid to buy something if it is just going to break.

Experiences? Where to buy replacements? Any in sights?

I am looking at getting a new cell phone and I think I might want to get a Blackberry or some kind of PDA type phone for contacts, calendar etc.

What are the advantages and disadvantages of having such a large phone? I know about the phone its self, but I am wondering about using it, storing it, etc.

Thanks!

Is it possible to use a blackberry on the Cingluar (or any) network without buying a data package?

What I really mean is can I get a blackberry from them (like a Curve or something close) and not buy a data package?

Or are directly purchased smart-phones only able to be used with an internet package?

Just to use it for the contacts, texting, calendar, etc.

Anyone know?

Thanks!

Here is my question:

One of my purses is a little arm bag, so it isn't long enough to go over my shoulder, I just keep it on my arm on in my hand.

When i'm at dinner, where do I put it?

I can't hang it on the back of the chair, it isn't long enough/won't work.

I get paranoid putting my bag on the ground or next to me, I feel like someone might take it because I don't have total control over it.

I also can't put it in my lap, its a little bit to big.

What do I do?

Thanks!

1) He competed with the Hapsburgs for dominance:

2) He was the only leader who united warring factions separated over the issue of religion. Of the same choices who was it?

A. Philip II

B. Louis XIV

C. Frederick I

D. Peter the Great

Which one is it? I put B. Louis XIV on both of them and I was wrong.

1) Philip II was a Hapsburg (kind of), and I REALLY don't think that it was Peter the Great.So was it really Frederick I? That doesn't make sense to me.

2) I don't really understand, could it really be Frederick I as well?

Explain please! Thanks!

1) He competed with the Hapsburgs for dominance:

2) He was the only leader who united warring factions separated over the issue of religion. Of the same choices who was it?

A. Philip II

B. Louis XIV

C. Frederick I

D. Peter the Great

Which one is it? I put B. Louis XIV on both of them and I was wrong.

1) Philip II was a Hapsburg (kind of), and I REALLY don't think that it was Peter the Great.So was it really Frederick I? That doesn't make sense to me.

2) I don't really understand, could it really be Frederick I as well?

Explain please! Thanks!

If an art museum had 6 places to hang 11 paintings how many different exhibits could the museum put on display?

The answer is supposedly 2,772, but i dont see it at all.

Using the Combination formula, I got 462, time and time again.

Thanks for your help!

So I have some problems in my text book that I just can't figure out. Help would be great!

---In your turn of a certain game, you roll 5 different colored dice. ---- What is the probability that all five dice show the same number on one roll?

---There are six positions available in the research department of a software company. Of the applicants, 15 are men and 10 are women. ---What is the probability that 5 women are selected if the positions are randomly filled?

----Central High is competing against West High. Each team entered 4 girls. The top three finishers are awarded medals. If all 8 runners have an equal chance of placing, what is the probability that the first and second finishers are from West and the third place finisher is from Central?

Thanks everyone!

I had some test questions which i got wrong and i'm confused about why the answer is what it is.

Is 3 a root of this equation: y = (x - 3) · (x - 2)? the answer on the test is 'yes' and i dont understand how.

and

Find the roots of this equation: y = (x - 3) · (x + 1)

I think the answer is x = 3, 1 but the test says it is x = 3, -1

help with why they are what they are!?

show your work please!

Thanks!

Is there anywhere that offers BA's in Fashion Merchandising? What schools?

or is there only AA's in Fashion Merchandising?

Is there anywhere that offers BA's in Fashion Merchandising? What schools?

or is there only AA's in Fashion Merchandising?

Is y=x(squared) a function?

y=x(to the third)

y=x(to the fourth)

and the square roots.

y=square root of x

y=cubed root of x

y=x to the 4th root

Help! Thanks.

Here is a problem from my text book that i cant figure out for the life of me.

"Find the value of y that makes y+8, 4y+6, 3y...an arithmetic sequence"

HELP!