Talk show on students don’t spend enough time to read their books

Advanced Placement (AP)

1 answer:

tia_tia [17]2 years ago

4 0

Facts this is true. i need points p.s

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If you travel for a 3.5 hours at a speed of 65 mph how far will you go

erica [24]

Think about it. 65 mph means you go 65 miles in one hour, so in 2 hours you go 65×2 miles, in 3 hours you go 65×3 miles, and in 3.5 hours you go 65 × 3.5 miles.

Hope this helped

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3 years ago

What happens when you multiply 4 times 2, add 6, divide by 2, subtract 3 explain

dezoksy [38]

4•2+6/2-3=4

The answer would be 4
Because four times two is eight
Then eight plus six is fourteen
Then fourteen divided by two is seven
Then seven minus four is four

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4 years ago

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Which of the following is a good rule to remember about placing a semicolon?

WARRIOR [948]

Answer:

D. A semicolon can be used where you might use a period.

Explanation:

A semicolon can be used where you might used a period if the two sentences are related to each other. Also semicolons are used before words such namely, however, therefore. Semicolons are used to join two independent clauses that are similar/closely related to each other especially those joined by a words which are connectors like and, but, or, nor, e.t.c. If a sentence contain many commas, it is suitable to add a semicolon.

7 0

3 years ago

Look at the red arrows, and think about the photosynthesis and respiration reactions. Each red arrow connects a set of reactants

Shtirlitz [24]

Oxygen and glucose at top
carbon dioxide and water at bottom

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3 years ago

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A ball is thrown at the ground from the top of a tall building. The speed of the ball in meters per second is v(t)=9.8t+v0, were

EleoNora [17]

Answer:

$V_0=2.7m/s$

Explanation:

The speed of the ball in meters per second is

$V(t)=9.8t+V_0$

Where t denotes the number of seconds since the ball has been thrown and $V_0$ is the initial speed of the ball. Then:

$V(2)=9.8(2)+V_0\\\\V(2)=19.6+V_0$

If the ball travels 25 meters during the first 2 seconds after it is thrown, what was the initial speed of the ball

Also, for constant acceleration motion, the average velocity is equal to the sum of final and initial velocities divided by 2 and to the distance divided by the time:

$\dfrac{V(t)+V_0}{2}=\dfrac{d}{t}$