1 During a total solar eclipse the moon almost entirely covers thesphere of the sun Write the relation - Physics - Units and Measurements

Question

1 During a total solar eclipse the moon almost entirely covers
thesphere of the sun Write the relation between the distances
andsizes of the sun and moon 2 If the unit of force is 100 N, unit
of length is 10 m and unit of time
is 100 s, what is the unit of mass in this system of units?

Satyendra Singh · Accepted Answer

1
The ratio of distances of the sun and moon from the earth:

Distancesun Distacemoon= 149000000384,400 = 387
61DiametersunDiametermoon = 1,392,0003,476 = 400 46The ratios are
nearly equal that is the reason why moon appears to completlyblock
the sun during a total soalr eclipse

2

as we know thatN = kg ×m s2now substituting the values of
units given and taking that of mass to be 'm' in the new system of
units:100 = m × 101002 m= 100000 kg

1. During a total solar eclipse the moon almost entirely covers thesphere of the sun. Write the relation between the distances andsizes of the sun and moon.2. If the unit of force is 100 N, unit of length is 10 m and unit of timeis 100 s, what is the unit of mass in this system of units?

1. During a total solar eclipse the moon almost entirely covers thesphere of the sun. Write the relation between the distances andsizes of the sun and moon.2. If the unit of force is 100 N, unit of length is 10 m and unit of time
is 100 s, what is the unit of mass in this system of units?