Hallasgojasmineidn
Answered

IDNStudy.com, ang iyong mapagkakatiwalaang mapagkukunan para sa eksaktong at maaasahang mga sagot. Makakuha ng impormasyon mula sa aming mga eksperto, na nagbibigay ng maaasahang sagot sa lahat ng iyong mga tanong.

If you double the force by 24N and the mass of the ball remains the same. what would be its acceleration?​

Sagot :

Answer:

To find the new acceleration when the force is doubled, you can use Newton's second law of motion:

\[

F = ma

\]

Where:

- \( F \) is the force applied to the ball.

- \( m \) is the mass of the ball.

- \( a \) is the acceleration.

If you double the force \( F \) by 24 N and the mass \( m \) remains the same, the acceleration \( a \) will also double because \( a \) is directly proportional to \( F \).

So, if the original force was \( F_1 \) and resulted in an acceleration \( a_1 \), the new force \( F_2 \) is:

\[

F_2 = 2F_1 = 2ma_1

\]

This gives the new acceleration \( a_2 \) as:

\[

a_2 = \frac{F_2}{m} = \frac{2ma_1}{m} = 2a_1

\]

So, the acceleration will also double. If you know the original acceleration \( a_1 \), you can calculate the new acceleration \( a_2 \). Without the original acceleration, the exact value can't be determined, but it will be twice the original acceleration.

Ang iyong kontribusyon ay napakahalaga sa amin. Huwag kalimutang bumalik upang magtanong at matuto ng mga bagong bagay. Sama-sama tayong lumikha ng isang mas matibay na samahan. Salamat sa pagbisita sa IDNStudy.com. Bumalik ka ulit para sa mga sagot sa iyong mga katanungan.