radomes.openskiesproject.org
kelakelaa21 kelakelaa21
  • 13-01-2017
  • Mathematics
Answered

find the mass of a flying discus that has a net force of 1.05 newtons and accelerates at 3.5m/s^2.

Verified Answer :

measd
measd measd
  • 13-01-2017

\(F = m*a\)
\(1.05N = m*3.5\frac{m}{s^2}}\)
\(\frac{1.05}{3.5} = m\)
\(0.3kg = m\)

Answer Link
Anonymous Anonymous
  • 13-01-2017

We know, Force = mass acceleration
Here, f = 1.05 N
a = 3.5 m/s²

Substitute their values, 
1.05 = m 3.5
m = 1.05 / 3.5
m = 0.3 Kg = 300 g

In short, Your Answer would be 300 gram

Hope this helps!

Answer Link

Related Questions

A cable cord is 78 meters longWorkers cut it into 30 pieces of equal length How many centimeters long is each piece
How do you use an exponent to be present a number such as 16
Solve for y axbyc help asap
write y 45x 8 in standard form using integers
How do these thoughts about fate differ from his attitude in earlier speeches
What is hydrochlorothiazide used to treat
what does the energy of an electromagnetic wave depend on
Water plays a key role in chemical weathering by A dissolving minerals B transporting minerals C contributing to the oxydation process D all of the above
Suppose a patient comes in to see a physician This patient lacks the ability to keep warm and needs to wear heavy clothing even during mild temperatures Which s
I need help with this problem