write about the alternative ending of act 3 scene 2 of merchant of Venice​

Answer:

14492÷13

=1114.76

=1114L 76 ml

Given:

• 14 L 492 ml Divided by 13

To Find:

• The quotient and remainder of the problem and convert the answer in decimal form.

Solution:

First, convert 14 L into milliliters to match with the S.I units as they are different.

We know that 1L = 1000 mL.

So, 14L = 14*1000 = 14000 mL

Adding both the values, 14000 + 492 = 14492 mL.

Now divide 14492 by 13.

We get, [tex]\frac{14492}{13} =[/tex] 114.76 mL

We get 10 has an remainder and 1114 has quotient.

∴ Remainder = 10, Quotient = 1114 and the answer in decimal form is 114.76 mL.

Given,

Mass of the vehicle = 100 kg.

Initial velocity (u) = 5 m/sec

Final Velocity (v) = 0 m/sec

Time taken to stop it (t) = 1/10 sec

To Find,

Given the initial conditions, the required fore in the opposite direction to stop the car.

Solution,

We can solve this numerical by the following process,

We know F=m*a

where F= The amount of applied force

            m= mass of the vehicle

             a= acceleration of the vehicle

(Here all of the physical quantities are in SI units, So we do not have to do any unit conversion.)

Here, [tex]a=\frac{v-u}{t}\\ a=\frac{0-5}{\frac{1}{10} }\\a=(-5)*10\\a=-50[/tex]

Hence, acceleration is -50 [tex]m/s^2[/tex]

Therefore, Required force, F=m*a

F = (100*(-50))

F = -5000 N

The negative sign signifies that the required force is applied in the opposite direction.

Hence, the required force is -5000 N.

Answer:

The cost of 1/2 kg tomato is Rs. 6.

Answer:

20 to 25 rs but it may change day by day

Plantation agriculture is a type of commercial farming in which a single crop is grown for the entire year. This type of farming requires large amount of labour and capital. The crop production may be further processed on the farm itself where it is grown or in nearby factories or small scale industries.