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3 minutes is 1/20 of an hour. If a plane traveled 150 miles in 3 minutes, by multiplying that amount by 20, it would tell you how far the plane could go in 1 hour, therefore, how many miles per hour the plane was traveling. So, for a plane to travel 150 miles in 3 minutes it would have to be moving at a whopping 3,000 mph!!
13 The distance between 2 points in a cordinate space is SQRT ((x2 -x1)2 + (y2- y1)2) Hence the answer to your question would be square root of (1-(-4))2 + (3-15)2 which would be square root of (25 + 144) or square root of (169) which is nothing but 13!!!
Quadrants are used cordinate planes the top right quarter of the plane is quadrant 1 the top left quarter is quadrant 2 the bottom right quarter is quadrant 3 and the bottom left quarter is the quadrant 4 hope that helps im in sixth grade so im not sure if these are the type of quadrants you're looking for but overall good luck
either the x plane or the y plane by themselves is one dimensional. Also any intersection of the x and y planes as described as sets or by an equation are one dimensional. In order to become three dimensional an intersecting plane, such a "z" plane would have to be added.
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Three(3) ----viz.--1.Electrovalent,2.Covalent, & 3.Cordinate-covalent.
By plane, it would take 1 hour.
the plane ticket
When y=0 in any xy-coordinate, then the point will be on the x- axis. For example the point (1,0) is on the x axis with x=1.
it will cost 1 million dollars
3 minutes is 1/20 of an hour. If a plane traveled 150 miles in 3 minutes, by multiplying that amount by 20, it would tell you how far the plane could go in 1 hour, therefore, how many miles per hour the plane was traveling. So, for a plane to travel 150 miles in 3 minutes it would have to be moving at a whopping 3,000 mph!!
13 The distance between 2 points in a cordinate space is SQRT ((x2 -x1)2 + (y2- y1)2) Hence the answer to your question would be square root of (1-(-4))2 + (3-15)2 which would be square root of (25 + 144) or square root of (169) which is nothing but 13!!!
1 year
No. The slope would have to be shorter than the height.
A quadrilateral, or four-sided plane figure with 1 pair of parallel lines
Quadrants are used cordinate planes the top right quarter of the plane is quadrant 1 the top left quarter is quadrant 2 the bottom right quarter is quadrant 3 and the bottom left quarter is the quadrant 4 hope that helps im in sixth grade so im not sure if these are the type of quadrants you're looking for but overall good luck