Tutors Answer Your Questions about Rectangles (FREE)
Question 1167352: An outdoor playing field has the shape of a rectangle with semicircles at each end as in the diagram below. The total perimeter of the field is 700 metres. Express the total area of the playing field as a function of the radius, r, of one of the semicircles.
Diagram: https://instagram.fyvr3-1.fna.fbcdn.net/v/t51.2885-15/e35/s240x240/121578245_3456788544403934_4511614689463839637_n.jpg?_nc_ht=instagram.fyvr3-1.fna.fbcdn.net&_nc_cat=102&_nc_ohc=FF0vETAoCzcAX8i3PRu&_nc_tp=15&oh=9b7e1fdd316902eeb32c8ae537192fea&oe=5FB251CD&ig_cache_key=MjQyMDY5MzE1NjgxMjQ2NjcwNg%3D%3D.2
Click here to see answer by CPhill(1987)   |
Question 564756: The camera has 10.1 million pixels. The product of the pixels across the screen times the pixels up the screen gives the number of pixels the camera has. The ratio of pixels across the screen to pixels up the screen is 4 : 3. How many pixels does this camera have across the screen? Explain what you are calculating as you solve the problem.
Click here to see answer by greenestamps(13223)  |
Question 564756: The camera has 10.1 million pixels. The product of the pixels across the screen times the pixels up the screen gives the number of pixels the camera has. The ratio of pixels across the screen to pixels up the screen is 4 : 3. How many pixels does this camera have across the screen? Explain what you are calculating as you solve the problem.
Click here to see answer by n3(4) |
Question 564756: The camera has 10.1 million pixels. The product of the pixels across the screen times the pixels up the screen gives the number of pixels the camera has. The ratio of pixels across the screen to pixels up the screen is 4 : 3. How many pixels does this camera have across the screen? Explain what you are calculating as you solve the problem.
Click here to see answer by AnlytcPhil(1810)  |
Question 564756: The camera has 10.1 million pixels. The product of the pixels across the screen times the pixels up the screen gives the number of pixels the camera has. The ratio of pixels across the screen to pixels up the screen is 4 : 3. How many pixels does this camera have across the screen? Explain what you are calculating as you solve the problem.
Click here to see answer by n2(8) |
Question 564756: The camera has 10.1 million pixels. The product of the pixels across the screen times the pixels up the screen gives the number of pixels the camera has. The ratio of pixels across the screen to pixels up the screen is 4 : 3. How many pixels does this camera have across the screen? Explain what you are calculating as you solve the problem.
Click here to see answer by mccravyedwin(412)  |
Question 564756: The camera has 10.1 million pixels. The product of the pixels across the screen times the pixels up the screen gives the number of pixels the camera has. The ratio of pixels across the screen to pixels up the screen is 4 : 3. How many pixels does this camera have across the screen? Explain what you are calculating as you solve the problem.
Click here to see answer by Edwin McCravy(20067)  |
Question 564756: The camera has 10.1 million pixels. The product of the pixels across the screen times the pixels up the screen gives the number of pixels the camera has. The ratio of pixels across the screen to pixels up the screen is 4 : 3. How many pixels does this camera have across the screen? Explain what you are calculating as you solve the problem.
Click here to see answer by ikleyn(52969)  |
Question 1209976: 1.A rectangle 9cm long is equal in area to a spuare which has a perimeter of 24cm. Find the width of the rectangle.
2.find the length of the side of a square that is equal in area to a rectangle measuring 45cm by 5cm.
I will be glad if you could help solve
Click here to see answer by MathTherapy(10561)  |
Question 1209976: 1.A rectangle 9cm long is equal in area to a spuare which has a perimeter of 24cm. Find the width of the rectangle.
2.find the length of the side of a square that is equal in area to a rectangle measuring 45cm by 5cm.
I will be glad if you could help solve
Click here to see answer by ikleyn(52969) |
Question 1174387: On what points of x, the two sided limit of the following function and the actual value of the function are equal. *
Captionless Image
x=1 and x=3 and x=4
x=1 and x=2 and x=5
x=3 and x=4 and x=5
x=1 and x=2 and x=3
Click here to see answer by ikleyn(52969) |
Question 1174975: Steve Gomez wishes to build a rectangular gaming arena for his buddies, Reyna and Justine. The area of the said gaming arena is 724 m^2. Its dimensions, length and width, are 1: φ, respectively. The length is equal to (2r − 1) m. Find the value of r, the width, and the perimeter of the gaming arena.
Click here to see answer by CPhill(1987) |
Question 1209728: In rectangle $EFGH$, $EH = 3$ and $EF = 4$. Let $M$ be the midpoint of $\overline{EF}$, and let $X$ be a point such that $MH = MX$ and $\angle MHX = 48^\circ$, as shown below. Find $\angle ADX$, in degrees.
Click here to see answer by CPhill(1987) |
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