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Well if each turn is 90° or a multiple of 90°, then it will have turned 360° or a multiple of 360°, which is a complete circle. So if you are facing North, and turn 90° to the right, then you are facing East. Another 90° and you're facing South. Turn 90° for the third time, and you're facing West. The fourth 90° turn to the right, and you're back facing North, again.
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Describe how four turns can put a figure back in its original position?
what 4 turns can put a figure in its original positions
What is a original figure?
back to what it was first :)
What is a net in mathematics?
its if you take a 3D figure and open all of its sides and draw it in 2D so that if you folded it all back up again you would have the original 3D object
How do you put 1236840 in scientific notation?
Find the decimal point (if there is not one visible, it is "hiding" at the right hand end)Put it after the first non-zero digitCount the number of digits that it would need to move to get back to its original position (if this is to the left, make it negative); put this as the power of 10.Multiply the results of steps 2 and 3 together.Examples:1234:No decimal point so hiding after the 4: "1234."1.234to get decimal point back to original position it must move 3 digits right: 1031.234 x 10312.34:decimal point after the 21.234to get back to original position decimal point must move 1 digit right: 1011.234 x 1010.01234Decimal point after first zero1.234 (first non-zero digit is the 1 - the leading zeros are removed)to get back to original position decimal point must move 2 digits left: 10-21.234 x 10-2.
Is speed and velocity are same?
Not quite. Speed only measures how fast an object is moving, while velocity measures change in position relative to time. For example, an object that moves from point A to point B, and then back to it's original position, may move with speed, but since there is no change in position, velocity would be 0.
Describe how four turns can put a figure back in its original position?
what 4 turns can put a figure in its original positions
What is a original figure?
back to what it was first :)
Is it important to wait for the chest to come back to its original position after compression?
It is not important to wait for the chest to come back to its original position after each compression
What can you change back from a physical change?
A physical can be changed back to it's original form. For example, if you freeze water, it turns into ice. However, if that ice melts, it turns back into it's original form: water.
Is it important to wait for chest to come back to its original position after each compression?
It is not important to wait for the chest to come back to its original position after each compression
Is is it important to wait for the chest to come back to its original position after each compression?
It is not important to wait for the chest to come back to its original position after each compression
If a bear walks one mile south turns left and walks one mile to the east and then turns left again and walks one mile north and arrives at its original position what is the color of the bear?
White. It is a pollar bear as he walks it make a triangle shape in the sphere (Planet) making him go back to the original position
Is it important to wait for the chest to come back to its original position after?
It is not important to wait for the chest to come back to its original position after each compression
What happens to copper sulphate when heated?
It turns into a white powder and when water is then again added to the deydrated copper sulphate it turns back to its original colour
Why is freezing water a reversible change?
Freezing water is reversible because you can get it back to its original state by melting it - it turns back into water.
How does a spring work?
It works when a resisting force pushes against it and it then moves back into its original position.
What is the spring back in bending process?
Spring back is the amount (could be measured both linearly or angulary )that the material has returned back to its original position after the bending process.
