Lines that meet are not parallel, and parallel lines never meet.
If lines intersect they CANNOT BE PARALLEL. Speak to your teacher!
no they are parallel therefore they will never intersect
I don't think this is possible. there is not a quadrilateral with these qualities. If it is a quadrilateral, it will automatically have parallel lines, but there is not one that has both. The closest one would be the trapezoid, with a set of parallel lines, but no right angle. The square and rectangle have two sets of parallel lines and 4 right angles.
Right angle triangle, yup that's right
If lines m and n are parallel, and 8 measures 110o, which is the measure of 7?
yes you can still determine the angle measure!
The answer depends on the context. Angles are related in many ways: parallel lines, angles at a point, angles in a polygon - all impose constraints on angles from which their measure may be determined.
A right angle has no parallel lines, but it does have perpendicular lines that meet at right angles.
No, parallel lines do not meet at a right angle. In theory, parallel lines never meet. In practice, parallel lines on earth could meet at the North Pole and/or the South Pole. Perpendicular lines meet at a right angle.
no, its in the definition of parallel lines. they never touch and therefore can never form an angle.
Lines that meet are not parallel, and parallel lines never meet.
An angle is formed where two lines meet. Parallel lines do not meet. Therefore they do not form an angle. So there is no angle to have a name. So no name.
You pass another line through both of them and measure the angles. If the first two lines form the same angle with the third line, the first two are parallel.
no
Sides in any angle can't be parallel. Lines intersect to form an angle.
When two lines intersect then the degree is called an angle. This does not work with parallel lines.