Since ( PQ ) is parallel to ( RS ), we can use the properties of similar triangles to find the length of ( SQ ). The segments ( RP ), ( PT ), and ( QT ) are proportional. The total length ( RT ) is ( RP + PT = 6 , \text{cm} + 18 , \text{cm} = 24 , \text{cm} ). Using the proportionality, we have: [ \frac{SQ}{QT} = \frac{RP}{RT} \Rightarrow SQ = QT \cdot \frac{RP}{RT} = 21 \cdot \frac{6}{24} = 5.25 , \text{cm. }] Thus, the length of ( SQ ) is ( 5.25 , \text{cm} ).
When you first enter text in a spreadsheet cell, it typically appears at a horizontal angle of 0 degrees, meaning it is straight and aligned parallel to the cell's borders. The text reads from left to right, which is standard for languages that use the Latin alphabet. This default orientation can usually be adjusted through formatting options if necessary.
A trapezium, also known as a trapezoid in American English, is a four-sided polygon (quadrilateral) with at least one pair of parallel sides. The parallel sides are referred to as the bases, while the non-parallel sides are called the legs. Trapeziums can vary in shape, including isosceles trapeziums, where the non-parallel sides are equal in length. The area of a trapezium can be calculated using the formula: ( \text{Area} = \frac{1}{2} \times (b_1 + b_2) \times h ), where ( b_1 ) and ( b_2 ) are the lengths of the bases and ( h ) is the height.
If L1 is parallel to L2 and L2 is parallel to L3 then L1 is parallel to L3.
A structure that is parallel.
C. A. Pogue has written: 'Text searching algorithms for parallel processors'
Fax it!
If you will print mostly text, a laser will give much better quality and cost per page.
should be used only to create impact. APEX::: GOOD LUCK!!!🤞
the answer in the text book is 0.693 but i cannot get the answer
Parallel structure helps maintain clarity and balance in writing by using consistent grammatical patterns. It warns against repetition by ensuring that similar ideas are presented in a similar manner, making the text more cohesive and easier to follow for the reader.
Since ( PQ ) is parallel to ( RS ), we can use the properties of similar triangles to find the length of ( SQ ). The segments ( RP ), ( PT ), and ( QT ) are proportional. The total length ( RT ) is ( RP + PT = 6 , \text{cm} + 18 , \text{cm} = 24 , \text{cm} ). Using the proportionality, we have: [ \frac{SQ}{QT} = \frac{RP}{RT} \Rightarrow SQ = QT \cdot \frac{RP}{RT} = 21 \cdot \frac{6}{24} = 5.25 , \text{cm. }] Thus, the length of ( SQ ) is ( 5.25 , \text{cm} ).
If they were not actually parallel then they would not be parallel lines!
When you first enter text in a spreadsheet cell, it typically appears at a horizontal angle of 0 degrees, meaning it is straight and aligned parallel to the cell's borders. The text reads from left to right, which is standard for languages that use the Latin alphabet. This default orientation can usually be adjusted through formatting options if necessary.
Star of David (2 equilateral triangles - one upside down from the other). Or a regular hexagon: _ / .\ \_/ Well I tried drawing one with text.
parallel
If L1 is parallel to L2 and L2 is parallel to L3 then L1 is parallel to L3.