A car is moving with speed v, given by the equation: v=C+Dt 2 , where t r

Question

A car is moving with speed v, given by the equation: ﻿v=C+Dt2v=$$C+Dt^2v=C+Dt2$$﻿ , where ﻿ttt﻿ represents time and C and D are constants. Determine the SI units of C and D.

Accepted Answer

C (m/s), D $$(m/s^{3})$$

Answer

C (m/s), D $$(m/s^{2})$$

Answer

C $$(m/s^{2}$$), D $$(m/s^{3})$$

Answer

C $$(m/s^{2}$$), D (m/s)

A car is moving with speed v, given by the equation: v=C+Dt2v=C+Dt^2v=C+Dt2 , where ttt represents time and C and D are constants. Determine the SI units of C and D.

A car is moving with speed v, given by the equation: $v=C+Dt^2$ , where $t$ represents time and C and D are constants. Determine the SI units of C and D.