5
Divide 327 by seven, but stop before you get decimals. 327/7 = 46 with remainder 5. 327mod7 = 5
If you are doing this on a regular calculator, put in 327/7. You will get 46.71428.... Now subtract 46; this will leave 0.71248... Multiply by 7 and you will have the remainder, 5.
Before you can solve for an average, you have to know the value that you want to solve for the average.
obtained value/actual value * 100
you divide by using tens, hundreds, and thousands
write and solve an equation to find the value of x. 8x plus 35 and then 14x-7
To do this, simply solve the multiplication problem:5.4 x 6.007 = k32.4378 = k
Finding a set of value for the set of variables so that, when these values are substituted for the corresponding variables, all the equations in the system are true statements.
Before you can solve for an average, you have to know the value that you want to solve for the average.
it completely relies on the value of A.
solve
obtained value/actual value * 100
32.5100 has excactly the same value as 32.51
For finding place value system, zero, and pi.
you divide by using tens, hundreds, and thousands
It might depend on the exact circumstances. Often, you would solve an equation to achieve that.
y = 3, 6
First Understanding. So reading the problem many times till to have an understanding. Then Recalling the relevent formula to solve the given problem. Now we have to Arrange the formula to get the needed value. Finally Substituting the values after coverting into SI units and getting the answer. Hence the technique of URAS is to be followed to solve any type of physics problem
This is a complicated titration problem. The volumes are necessary to solve the problem, as well as a Ka or Kb value.