A fixed<span> background surrounding an </span>object<span>, assumed to be at </span>rest<span> and in a </span>fixed<span> position ... The POSITION of an </span>object<span> within a </span>frame of reference<span> is given by </span>its ___<span> and </span>___<span> from ... motion that is </span>not <span>constant in some aspect, </span>if<span> the motion of the </span>object<span> is accelerated, </span>its<span> motion </span>can<span> be speeding up or down or </span>changing<span> direction.</span>
"Confounding variable" is the choice among the following choices given in the question that best describes two <span>or more explanatory variables that are not separated. The correct option among all the options that are given in the question is the second option or option "b". I hope the answer has come to your help.</span>
The restoring force of the spring cancels the weight of the mass, so by Newton's second law
∑ F = F[spring] - mg = 0 ⇒ F[spring] ≈ 45.1 N
where m = 4.60 kg and g = 9.80 m/s². Then the spring constant is k such that by Hooke's law,
F[spring] = k x
where x = 0.0231 m. Then the spring constant is
k = F[spring]/x ≈ 1950 N/m
0 degrees celcius
32 degrees fahrenheit
273.15 degrees kelvin
<span>The wave oscillates in a single plane.Polarization of light is the process of transforming the unpolarized light into a polarized light in which the polarized light waves vibrates in a single plane by using reflection, refraction, and passing through nicol prism and tourmaline glass.
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