To determine if PQR is equal to STU, we would need more context regarding what PQR and STU represent, such as whether they are mathematical expressions, geometric figures, or something else. If they are defined in a specific way that allows for comparison, then we could analyze their properties to establish equality. Without additional information, it's impossible to definitively answer the question.
abcdefghijklmnopqrstuvwxyz abc"""""""""""""def""""""""""""""ghi'''''''''''''''''''''jkl'''''''mno'''''''''''pqr''''''''''''''''''stu''''''''''''''''''''''''''vwx ''''''''''''''''''''''''''''''y what's missing abcdefghijklmnopqrstuvwxyz abc"""""""""""""def""""""""""""""ghi'''''''''''''''''''''jkl'''''''mno'''''''''''pqr''''''''''''''''''stu''''''''''''''''''''''''''vwx ''''''''''''''''''''''''''''''y what's missing
As you would find the surface area of a normal shape using scale factors: to find the volume scale factor cubed, therefore to find the surface area of the hypercube, you do the scale factor to the power of four. geoffrz450@yahoo.co.uk
One major factor that has contributed to the large scale labor surplus at Ford is the need for automation. Machines can sometimes do the work of 3 to 5 workers for one operation. Loss of sales is also a factor in the automobile industry.
Stu Pomeranz is 6 feet 7 inches tall. He weighs 220 pounds. He bats right and throws right.
1/5
PQ ST
The scale factor of the dilation that transforms triangle PQR to triangle P'Q'R' can be determined by comparing the lengths of corresponding sides of the triangles. If, for example, the length of side PQ is 4 units and the length of side P'Q' is 8 units, the scale factor would be 8/4 = 2. This means that triangle P'Q' is twice the size of triangle PQR, indicating a dilation with a scale factor of 2.
To determine if PQR is equal to STU, we would need more context regarding what PQR and STU represent, such as whether they are mathematical expressions, geometric figures, or something else. If they are defined in a specific way that allows for comparison, then we could analyze their properties to establish equality. Without additional information, it's impossible to definitively answer the question.
congruent - asa
Similar -AA (got it right on apex)
abcdefghijklmnopqrstuvwxyz abc"""""""""""""def""""""""""""""ghi'''''''''''''''''''''jkl'''''''mno'''''''''''pqr''''''''''''''''''stu''''''''''''''''''''''''''vwx ''''''''''''''''''''''''''''''y what's missing abcdefghijklmnopqrstuvwxyz abc"""""""""""""def""""""""""""""ghi'''''''''''''''''''''jkl'''''''mno'''''''''''pqr''''''''''''''''''stu''''''''''''''''''''''''''vwx ''''''''''''''''''''''''''''''y what's missing
yes
Similar SAS-apex
Yes, triangles PQR and STU are similar. They are similar by the Side-Side-Side (SSS) similarity postulate because the ratios of their corresponding sides are equal. Given that PR = 12 and SU = 3, the ratio PR/SU = 12/3 = 4, indicating that all corresponding sides maintain the same ratio. Thus, the triangles are similar due to proportionality of their sides.
Triangles PQR and STU are similar if their corresponding sides are in proportion. Given that PR = 12 and SU = 3, we can check the ratio of the sides: PR/SU = 12/3 = 4. If the other pairs of corresponding sides also maintain this ratio, then the triangles are similar by the Side-Side-Side (SSS) similarity theorem. However, without additional side lengths for the other sides, we cannot definitively conclude similarity.
Tautologically!