0
What is the coordinate of the corner of Cahuenga Blvd and Lankershim Blvd in Los Angeles?
Wiki User
∙ 12y ago
Cahuenga Blvd. & Lankershim Blvd. Los Angeles CA = 34 8 N, -118 21 W
Wiki User
∙ 12y ago
Add your answer:
Earn +20 pts
Resolution of a corner of the universe?
what is the rising actions in a corner of the universe
What four western states have a corner meeting in one spot?
The Four Corners is the point where the southwest corner of Colorado, the northwest corner of New Mexico, the northeast corner of Arizona and the southeast corner of Utah occupy exactly the same point on the earth's surface.
What is the meaning of 'on the corner of first and amistad'?
The corner of First and Amistad refers to a physical address where the two streets intersect.
What are the particles located in the inner corner of an atom?
There is no inner corner of an atom. There is a nucleus in the center of an atom, and it contains the protons and neutrons.
What is the misplaced modifier in the sentence Around the corner the sign reads forty-five miles per hour?
its around the corner. because it should be the sign reads forty five mile per hour, around the corner
One of the four corner sections on a set of coordinate axes?
quadrant
Which quadrent on a coordinate graph is the fourth quadrant?
The quadrant in the lower righthand corner.
What is a coordinate of a third corner on a right triangle?
The answer depends on the information about the first two corners.
Where is first quadrant in grid?
As shown in the picture, the first quadrant is the top right corner of the coordinate plane.
Where is Los Angeles on the coast?
It's in southern California, sort of near the corner.
Which Quadrent number has both the x- and y- coordinate listed as negative numbers?
Quadrant III, which would be your lower left corner. :)
What is betty whites address in los angeles?
It's on the corner of you're a stalker and creep street.
Where can you find shemale hookers in Los Angeles?
on the corner of 31st and long street
What is the coodinates of a rectangle?
Let's place the rectangle with one corner at the origin. Then one coordinate is (0,0) call this the lower left corner. Now the lower right corner must have a y coordinate of 0 and we call the x the coordinate L for the length of the rectangle. So the lower right corner is (L,0)Now the upper left corner is (0,H) where H is the height of the rectangle.The last corner is the upper right and it (L, H).So the coordinates are (0,0), (L,0), (0,H), (L,H) where L is the length and H is the height.Now we can move or translate the rectangle anywhere we want on the plane.For example, let's move the lower left corner horizontally by 3Then the new x coordinate of the lower left side is 3 so it at (3,0) The lower right side is (L+3,0), the upper right side is (L+3,H) and the upper left side is (3, H)Perhaps you now want to move the rectangle up vertically, say 4. (We already moved it horizontally 3 so we leave that.) So the new y value for the lower left coordinate is 4The left lower corner is at (3, 4)The lower right corner is (L+3, 4)The upper left corner is (3, H+4) andthe upper right corner is (L+3, H+4)What we just did is known as a rigid motion.Any way of moving all the points in the plane such thata) the relative distance between points stays the same andb) the relative position of the points stays the sameis called a rigid motion.More specifically, it is a translation,In Euclidean geometry a transformation in which the origin of a coordinate system is moved to another position but the new axes are parallel to the old; a change of variables of the formx' = x + a, y' = y + b. In our case a=3 and b=4We can either think of moving the rectangle, OR we can look it as leaving the rectangle where it is and moving the coordinate system.
Can you score a goal from a corner kick?
Yes you can. David Beckham from the Los Angeles Galaxy once did in 2011.
What does y equals x look like?
If you're asking for the graph, then the function y=x would look like a diagonal line going towards the upper-right hand corner of the coordinate plane.
Can three dimensional figures can be located on a Cartesian coordinate system?
Yes. All you need is three mutually perpendicular axes (instead of two). To visualise this, look at the corner of a room. There will be three lines coming together at the corner: floor and one wall, floor and another wall, and the two walls. These three lines would act as your axes to describe the 3-d space of the room. The axes are usually labelled x, y and z. Mathematicians (and physicists) have no problem in dealing with coordinate systems in 4 or more dimensions.
