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The heating or cooling of a substance is given by the equation: q=mC_(sp)Delta T Where: q=energy transferred as heat C_(sp)=specific heat Delta T=change in temperature NOTE: Write Delta T as dT (with no spaces) and C_(sp) as C for the answers below. In order to solve for the mass, m , you must multiply both sides of the equation by the same expression: qtimes square =mC_(sp)Delta Ttimes square The resulting equation is: m=square

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The heating or cooling of a substance is given by the equation: q=mC_(sp)Delta T Where: q=energy transferred as heat C_(sp)=specific heat Delta T=change in temperature NOTE: Write Delta T as dT (with no spaces) and C_(sp) as C for the answers below. In order to solve for the mass, m , you must multiply both sides of the equation by the same expression: qtimes square =mC_(sp)Delta Ttimes square The resulting equation is: m=square

The heating or cooling of a substance is given by the equation: q=mC_(sp)Delta T Where: q=energy transferred as heat C_(sp)=specific heat Delta T=change in temperature NOTE: Write Delta T as dT (with no spaces) and C_(sp) as C for the answers below. In order to solve for the mass, m , you must multiply both sides of the equation by the same expression: qtimes square =mC_(sp)Delta Ttimes square The resulting equation is: m=square

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Necip
Profesyonel · 6 yıl öğretmeni
Uzman doğrulaması

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To solve for the mass, m, we need to isolate m in the equation:<br /><br />q = mCspΔT<br /><br />We can do this by dividing both sides of the equation by CspΔT:<br /><br />q / (CspΔT) = m<br /><br />So, the resulting equation is:<br /><br />m = q / (CspΔT)<br /><br />Therefore, the correct answer is:<br /><br />m = q / (CspdT)
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