..., this is ambiguous. My best interpretation is 3.05 = 1 . 99 + 5.60 – (9.81*5.60²/V₀²) 3.05 – 1 . 99 – 5.60 = – (9.81*31...

2 Answers · Science & Mathematics · 26/10/2012

... speed of light in a vacuum in a constant. It

**does**not slow down no matter what. In fact, if you were...race the beam of light--if you were moving at**99**% the speed of light, it would still appear to be moving...5 Answers · Science & Mathematics · 09/04/2011

Work done = 88.7 *

**1**.24 = 109.**99**joules This is Option C in your choices.1 Answers · Science & Mathematics · 23/07/2008

...10 10^4 J / (3680 N) = 2.

**99**m At that height, the mass of the... = m g h but this gives**1**.10 10^ J again! To cut a log story short: The work the champion did goes into gravitational potential energy...2 Answers · Science & Mathematics · 05/07/2011

... L = v1^2/(2*g*(sin(16.5) + µ*cos(16.5)) L = 1 . 99 ^2/(2*9.8*(sin(16.5) + 0.41*(cos(16.5)) = 0.298m

1 Answers · Science & Mathematics · 13/03/2010

... is always better to use a fraction if possible, because you know .33 =

**1**/3. Then you did the next part right, find the work done vs. gravity. You got ...2 Answers · Science & Mathematics · 24/03/2013

... is a sparker? how

**does**it measure distance? It can t be..., 100 and 102, both with 0.**1**% errors. If you subtract.... Max error 102.**1**-**99**.9 = 2.2 a 0.**1**% error becomes...1 Answers · Science & Mathematics · 22/10/2008

2.2 = F = k*q*q/r^2 = k * q^2/(

**1**.3)^2 where k = 8.99e9 Therefore, q = sqrt(2.2*(**1**.3^2)/(8.99e9)) = sqrt(22*(**1**.3^2)/8.**99**) * e-5 You can do it from here.2 Answers · Science & Mathematics · 24/10/2007

...t is time, either

**1**.7 or 3 s at**1**.7 sec, velocity will be: -14 + (5.3 x**1**.7) = - 4.**99**so the car will be moving to the left at 4.**99**m/s at 3 sec velocity will...6 Answers · Science & Mathematics · 11/08/2009

...)^2 Putting Ms =

**1**.**99*** 10^30 kg, Mm = 7.35 * 10^22 kg rs =**1**.50 * 10^8 km, rm = 4.07 * 10^5 km, ... is approximately 200:**1**(**Does**the question give the value of moon's mass...1 Answers · Science & Mathematics · 09/03/2011