0
The student opens a mathematics book to two facing pages the product of the page is 4160 find the page numbers?
Let the page numbers be x and x+1. The product of two consecutive numbers is x(x+1). Given that the product is 4160, we have the equation x(x+1) = 4160. By solving this quadratic equation, we find that the page numbers are 64 and 65.
What else can I help you with?
A student opens a mathematics book to two facing pages. The product of the pages numbers is 420. Find the page numbers?
If one of the pages is numbered p, the other is p+1. So p*(p+1) = 420 That is, p2 + p - 420 = 0 which factorises as (p - 20)*(p + 21) = 0 That implies that p = 20 or p = -21. Assuming that pages do not have negative numbers, p = 20 and then the other page is p+1 = 21.
There are 18 students standing in a circle evenly spaced and consecutively numbered which student is directly opposite student 1?
Long Answer: I found it's actually more difficult to draw these 'students standing evenly spaced in a circle' problems with large numbers of students than it is to just develop a rule for the problem using more simplistic circles (such as a circle with four or eight students). Anyway a general rule for these problems is x+(1/2*t)=y, where x is the number of the particular student (1, in this case), t is the total number of students in the circle (must be an even number, otherwise they can't be standing directly opposite) and y will be the number of the student that the student you have picked is facing. Just a note that, obviously, if you picked student number 18 in this case, this would work out to student number 27. All you have to do in this case is subtract 18 from this number. So student number 18 would be facing student number 9. So if y in the above equation is greater than the total number of students, simply subtract the total number of students from the number you get. Short Answer: 1+(1/2*18)= 1+9 = 10 Student 1 will be facing Student 10.
When you use a protractor if your line is facing right do you use the bottom or the top numbers?
it is on the bottom
Which line numbers show Grendel's first recognition that he was facing an extraordinary opponent?
750-757
When opening a book the product of the page numbers of the facing pages was 6162 what are the numbers of the pages?
Let the smaller page number be x. The larger page number would then be x+1. The product of the two consecutive page numbers is given as 6162, so we have the equation x(x+1) = 6162. Solving this quadratic equation, we find that the two page numbers are 78 and 79.
How when a student opens a mathematics book to two facing pages The product of the page number is 702 find the page numbers?
The book is opened to pages 26, on the left, and 27, on the right. The product of 26 times 27 is 702.
A student opens a mathematics book to two facing pages the product of the page number is 1056 find the page numbers?
Let the two facing pages be represented by x and (x+1). Since the product of the page numbers is 1056, we have the equation x(x+1) = 1056. This simplifies to x^2 + x - 1056 = 0. By solving this quadratic equation, we find the page numbers to be 32 and 33.
A book is opened to a page at random the product of the facing page numbers 9312 what is the sum of the facing page numbers?
654798712386789
A student opens a mathematics book to two facing pages. The product of the pages numbers is 420. Find the page numbers?
If one of the pages is numbered p, the other is p+1. So p*(p+1) = 420 That is, p2 + p - 420 = 0 which factorises as (p - 20)*(p + 21) = 0 That implies that p = 20 or p = -21. Assuming that pages do not have negative numbers, p = 20 and then the other page is p+1 = 21.
A student opens a mathematics book to two facing pages the product of the page numbers is 210. Find the page numbers?
Simple!A x B = 210Think:If 10 x 10 = 100 and 20 x 20 = 400 than the closest is 15 x 15 = 225So, if we used 15 multiplication.Take (225-210= 15)So, the answer is14 x 15 = 210The answer is page 14 and 15. :)Answer provided by Elson Ng
A student opens a mathematics book to two facing pages The product of the pages are 2550 Find the numbers?
Let the page on the left be ' X '. Then the right-hand page is " X + 1'.Thus x ( x + 1 ) = 2550 = [ X squared ] plus XTry making X = 50.50 x 50 = 2500Then ( 50 x 50 ) + 50 would equal 2550Since this is true, then the pages must be numbered 50 & 51
A student opens a mathematics book to two facing pages the product of the page numbers is 600 Find the page numbers?
if we call the first page A and the second page B we know that B = A+1 And if we multiply A by A+1 we get A2 + A. So, we want to find the square root of A... and the only clue we have is that it is close to 272 The square root of 272 = 16.4924. The number of the right hand page of a book is always the odd one. So we can try 16 and 17, and we see instantly that 16 x 17 = 272.
What government agencies can help people facing student loans debt?
The National Student Loan Data System or NSLDS is a government agency that can help people facing student loan debts. Federal Student Aid can also help.
The sum of two numbers is 28 and their product is 2 . Find the sum of their recipricals?
the answer is not able to be shown at this time. This site is facing some technical difficalties. Thank you for visiting this site.
The sum of the page numbers on the facing pages of a book is 81 What are the page numbers?
40 & 41
The sum of the page numbers on the facing pages of a book is 89. What are the page numbers?
They are 44 and 45.
What are then problems encounted during student industrial work experience schme?
The problems facing you are 1) As a student you are just facing what you don't know or what you know but don't know the in depth of it 2) The ability to assimilate all that is new to you might be a bit difficult
