This happened to me on my iPhone 8 many years ago. I reset it to let my son use it, and did not have google authenticator in mind. I had to reset each account with the providers. Now I use a cloud account to sync these.…
Exec at a B2B software company. Joined when it was 12 people with no money, customers, or product - Unicorn company today with same exec team. 1. Agree 2. Agree 3. Chasing VCs was required for us. I have been in 100s of…
There is science driving the design of products to make them addictive. For teen girls - the apps are designed to scare them about being socially excluded. For teen boys - the apps are designed to fill their need to…
Yes - I was making a mistake. I was trying to describe the effect of both masses. When one is much smaller than the other, then the movement is mostly in one direction. When they are closer in mass or even equal, they…
The force is on both objects at the same time. The force in F = ma is a function of the mass of both and their distance. If the mass is different in the two scenarios, then the force is different. On earth with small…
1kg mass and a 2kg mass do not fall at the same rate. The Gravitational force is (G*m1*m2)/r^2. You are observing that m1 (the earth) is much much greater than m2 (the 1 or 2 kg masses), and you are simplifying to…
This happened to me on my iPhone 8 many years ago. I reset it to let my son use it, and did not have google authenticator in mind. I had to reset each account with the providers. Now I use a cloud account to sync these.…
Exec at a B2B software company. Joined when it was 12 people with no money, customers, or product - Unicorn company today with same exec team. 1. Agree 2. Agree 3. Chasing VCs was required for us. I have been in 100s of…
There is science driving the design of products to make them addictive. For teen girls - the apps are designed to scare them about being socially excluded. For teen boys - the apps are designed to fill their need to…
Yes - I was making a mistake. I was trying to describe the effect of both masses. When one is much smaller than the other, then the movement is mostly in one direction. When they are closer in mass or even equal, they…
The force is on both objects at the same time. The force in F = ma is a function of the mass of both and their distance. If the mass is different in the two scenarios, then the force is different. On earth with small…
1kg mass and a 2kg mass do not fall at the same rate. The Gravitational force is (G*m1*m2)/r^2. You are observing that m1 (the earth) is much much greater than m2 (the 1 or 2 kg masses), and you are simplifying to…