We have been given that the ball is tossed into air at a speed of 20 feet per second and from a height of 7 feet.
We are supposed to use the formula:

Upon substituting the given values of initial velocity and initial altitude, we get:

We need to figure out the time that will take the ball to reach the ground. In order to do so, we will substitute s(t)=0 and solve for t.

Upon using quadratic formula, we get:

Upon finding the values of t using calculator, we get t=-0.285, 1.535
Therefore it will take the ball approximately 1.54 seconds to hit the ground.
Answer:
17/52
Step-by-step explanation:
red: 13/52
polka dots: 4/52
13 + 4 = 17 = 17/52
(p.s the "Just 1 of the red balloons has polka dots." was kinda to throw u off it doesn't actually matter)
Rigid motion is the way of moving an object such that after the motion the relative distance between the points stay the same in the same way that the relative position is the same. The answer to this question is dilating the figure by a scale factor of one half.
Answer: 249
Step-by-step explanation: 210+698-812+1453-1300