Answer:
I need to see the data set and graph to be able to help you more
Step-by-step explanation:
Answer:
option a and d
Step-by-step explanation:
Answer:
Length of shadow on the ground = 11 ft (Approx)
Step-by-step explanation:
Given:
Height of pole = 15 ft
Angle of elevation of the sun = 53°
Find:
Length of shadow on the ground = ?
Computation:
⇒ Tan A = Height / Base
⇒ Tan A = Height of pole / Length of shadow on the ground
⇒ Tan 53° = Height of pole / Length of shadow on the ground
⇒ Tan 53° = Height of pole / Length of shadow on the ground
⇒ 1.327 = 15 / Length of shadow on the ground
⇒ Length of shadow on the ground = 15 ft / 1.327
⇒ Length of shadow on the ground = 11.3 ft
Length of shadow on the ground = 11 ft (Approx)
From the graph ...
-- Train-1 travels more than 15 feet in 3 seconds.
-- Train-2 travels less than 15 feet in 3 seconds.
So, if Train-3 travels exactly 15 feet in 3 seconds,
then Train-3 is faster than #2 but slower than #1 .
Answer:
The Answer is [B]
Step-by-step explanation:
i actually dont have one
