The gravitational field of the neutron star is about 2 x 10^11 times stronger than the gravitational field of earth. However, you have provided a mass in the question and this would remain the same if you were on a neutron star (mass is a scalar quantity - a common mistake). Weight is a vector quantity obtained by mulitplying mass in kg (70 pounds would be about 32kg) by the gravitational field experienced - so a value of 32 x 9.8 = 313.6 N is your weight on earth. Your weight on a neutron star is 2 x 10^11 times bigger than this, so 627.2 x 10^11 N is your weight. Your mass is still 32kg!
If you weigh 70 pounds on Earth you would weigh about 80 pounds on Neptune
Uranus is a gas planet. You would weigh about 62 pounds at the point where the atmospheric pressure is about equal to earth's. The closer to the core you go, the more you would weigh.
Nearly the same, its 74.4lbs.
You would be about 88 pounds on Neptune.
On Jupiter, you'd weigh 163.8 pounds.
you would weigh 148.9 pounds on jupiter.
On Jupiter, you'd weigh 152.1 pounds.
If you weighed 42.3 pounds here on Earth you would weigh 100 pounds on Jupiter.
On Jupiter, you'd weigh 187.20 pounds.
You would weight about 224 lbs on Jupiter
On Jupiter, you'd weigh 491.4 pounds.
you would weigh 148.9 pounds on jupiter.
On Jupiter, you'd weigh 327.60 pounds.
381 pounds on Jupiter.
WELL YOU WOULD WEIGHED 100 POUNDS ON EARTH YOU WOULD WEIGH 264 POUNDS ON JUPITER
On Jupiter, you'd weigh 152.1 pounds.
472.8 pounds, approximately. The exact answer depends on the strength of Jupiter's surface gravity and you can find different values from different sources of reference.
286 pounds
If you weighed 42.3 pounds here on Earth you would weigh 100 pounds on Jupiter.
In Earth if you are 100 pounds you would be 234 pounds in Jupiter.
You would weigh 36 pounds on earth.
On Jupiter, you'd weigh 187.20 pounds.