Answer:
Step-by-step explanation:
Usual time(side streets) taken
Jade can travel two times faster by taking the toll road so the time taken will be half from the toll road.
So travel time
Jade is late
So total minutes after 5:00 PM to reach home
Answer:
It will be answer choice D.
Step-by-step explanation:
It'll take the half the usual time because she is taking a road that get's her there 2 times faster, but also add 10 because she was 10 minutes late
B) 5 feet
C) 60 feet
D) 100 feet
Answer:
The answer is D
Step-by-step explanation:
Lacking the graph or a function showing the ball's trajectory, the question cannot be answered at this point. However, it can usually be solved using kinematics, assuming we have initial velocity, throw height, and acceleration due to gravity (-9.8 m/s^2).
Unfortunately, without the actual graph or a function representing the path of the ball, it's not possible to accurately answer the question, 'After ten seconds how high was the ball (round to the nearest foot)?'. In physics, typically, we could use the equations of kinematics to solve such a problem if we have the relevant data, which includes initial velocity, the height from which the ball was thrown, and the acceleration due to gravity, which is -9.8 m/s^2. These equations particularly apply to a scenario such as this where Andy throws a ball from top of a building and watches it hit the ground.
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Answer: The actual ship is 168 in by 390 in
Step-by-step explanation:
The model ship is:
28 in by 65 in.
The factor of scale is 1/2 ft, this means that each inch corresponds to 1/2 ft, so we have that the actual scale is:
28 in*(1/2 ft/in) = 28*(1/2)ft = 14ft
by:
65in*(1/2ft/in) = 32.5ft
So the ship is 14ft by 32.5 ft, and knowing that 1 ft = 12 inches, we can write this in inches as:
14*12 in = 168 in
32.5*12 in = 390in.
The actual ship is 168 in by 390 in
Answer:
20+30h
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