The rungs are perpendicular to both sides
Since the point of PCR is to amplify a copy of DNA, it would result in many copies of DNA that you want to study.
The vibration of the Longitudinal wave is parallel to the wave direction and the vibration is perpendicular to the direction in the transverse wave.
Latitude = Fatitude = AROUND THE WORLD. It doesn't really mean parallel. The equator is a line of latitude. Latitude = Fatitude = AROUND THE WORLD. It doesn't really mean parallel. The equator is a line of latitude. Latitude = Fatitude = AROUND THE WORLD. It doesn't really mean parallel. The equator is a line of latitude. Latitude = Fatitude = AROUND THE WORLD. It doesn't really mean parallel. The equator is a line of latitude. Latitude = Fatitude = AROUND THE WORLD. It doesn't really mean parallel. The equator is a line of latitude. Latitude = Fatitude = AROUND THE WORLD. It doesn't really mean parallel. The equator is a line of latitude.
it is hot at the equator since the rays of sun directly fall on the equatorial regions ,that is the sun's rays are parallel on the equator...
You are probably thinking of DNA. The base pairs link the two strands together like a series of steps. However, since it is helical, it might be more accurate to compare it to a spiral staircase.
Lines are parallel if they are perpendicular to the same line. Since the lines m and l are parallel (given), and the line l is perpendicular to the line p (given), then the lines m and p are perpendicular (the conclusion).
since one parallel lines is perpendicular to another line, the other parallel line is perpendicular to the line as well. so the two would not be parallel, only the original two.
Since two parallel lines never intersect, they cannot be perpendicular to each other because perpendicular lines intersect and form angles of 90⁰.
If you want to catch the image formed by the lens, then the screen will have to be perpendicular to the axis of the lens. That's kind of parallel to the lens ... the lens doesn't actually have any 'plane' since its surfaces are curved.
The circumcircle of a triangle is the circle that passes through the three vertices. Its center is at the circumcenter, which is the point O, at which the perpendicular bisectors of the sides of the triangle are concurrent. Since our triangle ABC is an isosceles triangle, the perpendicular line to the base BC of the triangle passes through the vertex A, so that OA (the part of the bisector perpendicular line to BC) is a radius of the circle O. Since the tangent line at A is perpendicular to the radius OA, and the extension of OA is perpendicular to BC, then the given tangent line must be parallel to BC (because two or more lines are parallel if they are perpendicular to the same line).
A trapezoid is a quadrilateral that has one pair of parallel sides. Since a right angle is formed by two perpendicular lines, it would mean that one of the non-parallel sides would have to be perpendicular to one of the parallel sides, which violates the definition of a trapezoid. Therefore, a trapezoid cannot have a right angle.
Since a trapezoid is a quadrilateral whose bases are parallel and not congruent, then one of its sides can be perpendicular to its bases (as the shortest distance between two parallel lines). Such a trapezoid is called a right trapezoid.
No. they are parallel, since the slopes are both equal in this case 3. To be perpendicular the product of the slopes of both lines is equal to -1 (i.e., m1*m2 = -1).
square? im not sure square? im not sure Yes, a square, but we're talking "line segments" - so when the two lines meet to form a 90 degree corner, we get the perpendicular and any of the two lines opposite each other (since all the angles in a square are 90 degrees) are parallel.
The answer depends on where A is and where the perpendicular is. And since you have not bothered to share these crucial bits of information, I cannot provide a more useful answer.
stand straight up against the floor. you are a perpendicular line to the floor since you make a 90degree with with the floor
Yes, two perpendicular coplanar lines will touch. If you have two lines that, by definition, form a 90 degree angle (i.e., they are perpendicular) and are both on the same plane, eventually they must cross at some point on that plane. They will have exactly one point in common. If, however, the lines were, by definition, "perpendicular skew" lines, they would never cross because the definition forbids it.