Figure QRTS is reflected about the y-axis to obtain figure Q′R′T′S′: A coordinate plane with two quadrilaterals is shown. Figure QRTS has vertices Q at negative 5 comma 3, R at negative 5 comma 1, S at negative 2 comma 2 and T at negative 2 comma 0. Figure Q prime R prime T prime S prime has vertices Q prime at 5 comma 3, R prime at 5 comma 1, S prime at 2 comma 2 and T prime at 2 comma 0.
Which statement best describes the relationship between the two figures? (4 points)

Figure QRTS is congruent to figure Q′R′TS′.
The measure of angle R is equal to the measure of angle Q′.
Figure QRTS is bigger than figure Q′R′T′S′.
The measure of angle S is equal to the measure of angle T′.

Drag the tiles to the table. the tiles can be used more than once. nd g(x) = 2x + 5 model a similar situation. find the values of f(x) and g(x) let's say that the functions f(x for the given values of x. fix)=5(4) * g(x) = 2x+5

Answer asap ! the shortest path from point a to point b goes through a pond. to avoid the pond, you must walk straight 34 meters along one edge of the pond, then take a 90 degree turn, and again walk straight 41 meters along another edge of the pond to reach point b. about how many meters would be saved if it were possible to walk through the pond? a. 11 m b. 20 m c. 30.45 m d. 21.73 m

For every corresponding pair of cross sections, the area of the cross section of a sphere with radius r is equal to the area of the cross section of a cylinder with radius and height 2r minus the volume of two cones, each with a radius and height of r. a cross section of the sphere is and a cross section of the cylinder minus the cones, taken parallel to the base of cylinder, is the volume of the cylinder with radius r and height 2r is and the volume of each cone with radius r and height r is 1/3 pie r^3. so the volume of the cylinder minus the two cones is therefore, the volume of the cylinder is 4/3pie r^3 by cavalieri's principle. (fill in options are: r/2- r- 2r- an annulus- a circle -1/3pier^3- 2/3pier^3- 4/3pier^3- 5/3pier^3- 2pier^3- 4pier^3)