BUILDTogether, Part 3 - by Ivor Botha
April 29, 2024
Sermon recap:
If you missed Part 3 of BuildTogether by Ivor Botha, you can watch on our YouTube channel. The lesson starts at 34 mins.
In Haggai 1: 1-4 God challenged the nation about their priorities. He wanted them to rebuild the temple. They agreed but said, "Not now."
Verse 13-14 God promised, "I am with you," when they got distracted by the opposition. What is God saying to us today Wha is stopping us from building his kingdom? We need to seek God, taste how good he is, and trust that he is working behind the scenes.
Solly Kganyago shares Part 4 in the series, BUILDTogether.
You can't build something that's already there, unless it's in disrepair. Wake up your faith. Lead, don't supervise, and stand up to opposition.
Justin Renton shared the first lesson in our series for the year-BUILDtogether
Because Jesus reconciled us to God through the cross, we are called to pursue reconciliation with God, one another, and the world around us.
Jesus reconciles us to the Father and teaches us to extend his grace, helping us forgive one another, heal relationships, and walk together in peace.
The physics of the pendulum Picture an old grandfather clock in a quiet hallway. Its long brass pendulum swings steadily: tick, tock, tick, tock. Now give that pendulum a hard shove to the right. It does not simply glide back to the center and stop. It races right past the middle and sways just as far to the left. Left to its own momentum, a pendulum never rests at either extreme; it finds peace only when it hangs still at the center, held by gravity and its fixed point. The church behaves in much the same way. Push her too far toward one side of a truth and she does not gently settle into balance, she swings. Often for a whole generation toward the opposite error, and then back again, wounding people at both ends of the arc. And here is the crucial thing the clock teaches us: the pendulum comes to rest not by being frozen in place, but by being held. Balance is not the absence of force; it is the fixed point that keeps opposing pulls in tension so that the weight can finally hang still.