Mathematics, 16.02.2021 21:50, jamiyacrawford7
Question 3(Multiple Choice Worth 2 points) (01.07 MC) The following is an incomplete paragraph proving that ∠WRS ≅ ∠VQT, given the information in the figure where segment UV is parallel to segment WZ.: Segments UV and WZ are parallel segments that intersect with line ST at points Q and R, respectively. According to the given information, segment UV is parallel to segment WZ, while angles SQU and VQT are vertical angles. Angle VQT is congruent to angle SQU by the Vertical Angles Theorem. Because angles SQU and WRS are angles, they are congruent according to the Angles Theorem. Finally, angle VQT is congruent to angle WRS by the Transitive Property of Equality. Which term accurately completes the proof? Alternate interior Corresponding Same-side interior Vertical
Answers: 2
Mathematics, 21.06.2019 18:30, veheca
According to the 2008 u. s. census, california had a population of approximately 4 × 10^7 people and florida had a population of approximately 2 × 10^7 people. which of the following is true? a. the population of florida was approximately two times the population of california. b. the population of florida was approximately twenty times the population of california. c. the population of california was approximately twenty times the population of florida. d. the population of california was approximately two times the population of florida.
Answers: 1
Mathematics, 21.06.2019 19:30, ruddymorales1123
If y varies directly as x2 and y=6 when x=6, find the constant of variation.
Answers: 2
Mathematics, 21.06.2019 19:30, kayli53531
Arestaurant charges $100 to rent its banquet room for an event. it also charges $15 to serve dinner to each guest. write an equation for the total cost of the banquet room in terms of the number of guests. deine your variables. what is the total cost of the banquet room for 20 guests?
Answers: 1
Question 3(Multiple Choice Worth 2 points) (01.07 MC) The following is an incomplete paragraph provi...
Mathematics, 26.09.2019 05:30
Mathematics, 26.09.2019 05:30
Mathematics, 26.09.2019 05:30
Mathematics, 26.09.2019 05:30