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What is the angle of rotation if you know how many vertices a figure has?
A figure can be rotated through any angle of your choice.
How many right angles are there in an angle that turns through degrees?
A right angle is a turn of 90 degrees.
What is a transformation in which a figure is spun through a given angle?
It is called a rotation
How many degrees are in a angle that turns through 12 of a circle?
180 degrees
How many degrees are in a angle that turns through 0.75 of a circle?
0.75 x 360 = 270
What is A transformation that turns a figure about a fixed point through a given angle and a given direction?
A rotation.
What is the angle of rotation if you know how many vertices a figure has?
A figure can be rotated through any angle of your choice.
Which transformation turns every point of the preimage through a specified angle and direction about a fixed point?
A rotation turns a shape through an angle about a fixed point
How many right angles are there in an angle that turns through degrees?
A right angle is a turn of 90 degrees.
What does rotate mean in maths?
A rotation turns a shape through an angle around a fixed point usually on the Cartesian plane
How many degrees are in a angle that turns through 12 of a circle?
180 degrees
What is a transformation in which a figure is spun through a given angle?
It is called a rotation
How many degrees are in an angle that turns through one fourth of a circle?
90 degrees
How many degrees are in a angle that turns through 0.75 of a circle?
0.75 x 360 = 270
What is the math term for a rotation?
A rotation turns a shape through an angle at a fixed point and it is called a transformation.
How many degrees are in an angle that turns through three fourths of a circle?
There are 3/4 of 360 = 270 degrees.
A bar on a hinge starts from rest and rotates with an angular acceleration 10 6t rads2 where t is in seconds Determine the angle in radians through which the bar turns in the first 3.26 s?
To find the angle through which the bar turns, you need to integrate the angular acceleration over the time interval from 0 to 3.26 seconds. The equation for angular acceleration is 10t^2, so integrating that from 0 to 3.26 will give you the change in angular position, which is the angle through which the bar turns. After integrating, substitute t=3.26s into the result to find the angle in radians.
